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HYDROLOGIC-HYDRAULIC STUDY OF LAGUNA GUANICA RESTORATION IMPACTS ON REGULATORY FLOOD LEVELS,
Figure 9: Schematic of link-node diagram used to simulate existing conditions.
LIST OF APPENDIX
Appendix A: NOAA Atlas-14 Rainfall Data and Rainfall Distribution Calculations
Appendix B: Time of Concentration and Curve Number calculations
Appendix C: Input data and Results of ICPR August 3, 1963, and Existing Conditions
models
Appendix D: Input data and Results of ICPR 1975 (Eloisa) Event model
Appendix E: Input data and Results of ICPR Duplicate Effective model
Appendix F: Input data and Results of ICPR Proposed Condition model
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LIST OF TABLES
Table 1: 100-year Rainfall Durations and Depths, NOAA Atlas 14
Table 2: Calculated Times of Concentration and Curve Number
Table 3: 100-year Peak Discharges for Analyzed Watersheds
Table 4: Manning’s n-values used in Hydraulic Model
Table 5: Observed and Calculated Discharge (ft3/s) at Río Loco for 1963 event
Table 6: Simulation of event of August 3, 1963
Table 7: Peak Stage Verification to event of September 16, 1975 (Eloisa)
Table 8: Comparison of Flood Levels along Río Loco, Duplicate Effective FEMA
Model
Table 9: Peak 100-year Discharges (ft3/s) for 12-, 24-, and 48-hour Storms
Table 10: Peak 100-year flood elevations (m-msl), Río Loco and Laguna Guánica, for
Different Initial Water Levels in the Lagoon
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HYDROLOGIC-HYDRAULIC STUDY OF LAGUNA GUÁNICA RESTORATION IMPACTS ON
REGULATORY FLOOD LEVELS GUÁNICA, PUERTO RICO
1. INTRODUCTION
1.1 Project Description and Location
Laguna Guánica is a natural freshwater wetland and lagoon located in Barrio Arena in the municipality of Guánica, in southwestern Puerto Rico. Prior to drainage the Laguna Guánica system actually consisted of two major components, Laguna Guánica and Cienaga El Anegado, a freshwater herbaceous marsh dominated by cattail (Typha dominguensis). The location of both areas is shown in Figure 1.
These wetlands were drained in 1955 as part of an agricultural development project in the Lajas Valley. Due to poor soils and other limitations the area of the former lagoon and its associated wetlands has never enjoyed high agricultural productivity, and the present land use is predominately poor quality pasture. The National Oceanic and Atmospheric Administration (NOAA) desires to restore water levels in the Laguna Guánica area to re-establish natural wetland conditions and functions insofar as possible so that the lagoon and its associated peripheral wetlands may be restored to a freshwater wildlife habitat. Following restoration, the lagoon system would complement other wildlife resources in the region including the salt flats at Cabo Rojo, Laguna Cartagena, and the Boquerón Forest and Wildlife Preserve. The restored lagoon could also produce socioeconomic benefits such as ecotourism opportunities, and both passive and active recreation such as nature observation and fishing.
NOAA desires to restore the Laguna de Guánica into a wetland and wildlife habitat. As a limitation, it is desired to restore water levels in the lagoon area without causing flooding of the Cienaga el Anegado area immediately upstream of the Guánica Lagoon, due to land acquisition limitations which have not yet been resolved in that area. Several types of problems must be addressed for the successful restoration of the lagoon and the maximization of its value as wildlife habitat.
1.2 Scope and Purpose of Study
This study analyzes regulatory flooding conditions in the Laguna Guánica area, to determine to what extent restoration of historical water levels in Laguna Guánica will affect regulatory flood levels. Regulatory flood levels may be affected by water control structures constructed along the Lajas Valley drainage canal, and by the change in the initial water level in the lagoon at the start of the flood.
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Laguna Guánica is a flood prone area which acts as a detention storage for water draining from Lajas Valley as well as Río Loco. Restoration of Laguna Guánica by refilling it with water can be expected to reduce the amount of storage volume available to hold floodwaters. The water control structure constructed in the Lajas Valley drainage canal to control water levels in the lagoon may also have a significant impact on flood levels. This analysis was performed to determine the impact of changed lagoon water levels and of water control structures on regulatory flood levels in Lajas Valley and along Río Loco.
The study area for the analysis of flooding impacts consists of the eastern drainage of Lajas Valley and the Río Loco watershed into which Laguna Guánica drains. The Southwest Puerto Rico (SWPR) Project supplies water to Loco Reservoir for hydropower generation and irrigation supply. The configuration of the SWPR Project and the watersheds which contribute water to this system are shown in Figure 2. However, the rate of water diversion by the SWPR Project is too small to have a significant impact on flood flows, and therefore watersheds above the Río Loco watersheds are not considered in this analysis of regulatory flood levels.
1.3 Authorization
The Center for Watershed Protection has authorized preparation of this report through a written agreement with Gregory L. Morris Engineering, P.S.C.
1.4 Personnel Involved in the Project
The following parties were involved in the preparation of this report:
Client: Center for Watershed Protection
Report Preparers: Gregory L. Morris, Ph.D., P.E
José D. Miranda, M.E.C.E., P.E.
Luan M. Esteban, M.E.C.E., P.E.
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2. PRIOR STUDIES
A number of prior studies have been conducted in the Lajas Valley and Río Loco, but none have specifically addressed the issue of restoration of Laguna Guánica. Several of the more important studies from the standpoint of regional hydrology and drainage issues are listed below.
• Hydrology. Numerous studies have been published on the hydrology of Lajas Valley. Studies by the United States Geological Survey (USGS) (Anderson, 1977; Graves, 1991) have focused on ground water supply. A group of earlier studies have focused on the drainage problems which had to be solved to effectively irrigate the Lajas Valley (Israelsen, 1954; Willardson, 1958; and Vázquez and Ortiz-Vélez, 1967). Soils in the area of Laguna Guánica and El Anegado generally have poorer drainage characteristics and more severe salinization problems than soils elsewhere in the Lajas Valley.
• Flooding. The USGS published a flood of Lajas Valley (Johnson, 1974) based on historical flooding in 1928 and 1963, and the flood atlas of the Eloisa storm in 1975 (Johnson and González, 1982) included the eastern limit of Laguna Guánica. Both the Federal Emergency Management Agency (FEMA) and the Planning Board have published floodable area maps based on the flood atlas, but a detailed study has not been undertaken in the Lajas Valley. However, a detailed study has been performed in Río Loco. At present the U.S. Army Corps of Engineers has a flood control project in the area of the Río Loco floodplain in Guánica, but this project does not affect the area of Laguna Guánica or other areas of Lajas Valley.
In addition to these studies, climatological and hydrologic data are available from the USGS, the U.S. Weather Bureau, and from the Electrical Energy Authority, operator of the Southwest Puerto Rico Project which supplies irrigation water to the valley.
Our firm also performed a HH study in 1998 for the Department of Natural and Environmental Resources (DNER) titled “Hydrologic and Hydraulic Analysis: Guánica Lagoon Restoration Impacts on Regulatory Flood Levels”. The hydrologic analysis used rainfall data taken from the now-obsolete Technical Paper-42 (TP-42) (1961) to analyze existing and proposed conditions in Laguna Guánica. The hydraulic analysis was performed with a 1-dimensional, unsteady flow hydraulic model (ICPR) based on field survey data provided by Surveyor Reyes M. Ayala of DNER. The location of these survey cross-sections is shown in Figure 3. Channel geometry for the Río Loco was taken from the FEMA HEC-2 model for the Flood Insurance Study of that river.
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3. STUDY APPROACH AND METHODOLOGY
3.1 Description of System
The area of the former Laguna Guánica and El Anegado wetland at the eastern end of the Lajas Valley covers nearly 3,000 acres. This land is undeveloped, with cover being mostly pasture and brush. The former El Anegado area is separated from the former lagoon area by a mild constriction in the width of the valley. Terrain elevation does not vary significantly at the transition from the Anegado area to the lagoon. Ground elevations within the former lagoon vary gradually from about 1.5 m at its center to 3.4 m at its limits (3.4 m was the water level in the lagoon according to the USGS topographic quadrangle published in 1949). The minimum land surface elevation in the lagoon area is 1.0 m above sea level. The East Lajas Valley Drainage Channel crosses the areas formerly occupied by the lagoon and El Anegado, and drains toward the east into Río Loco at a location approximately 2.3 miles upstream of the Caribbean Sea, as shown in Figure 4. The drainage channel is well defined and clear of large debris throughout its length, and there is a continuous maintenance program. The narrowing of the valley at its eastern end, between Barrio Laguna and Barrio Fuig, acts as a hydraulic control for water draining from the lagoon area toward the sea. Río Loco has been channelized from the sea to the grade control weir just above its confluence with the Lajas Valley drainage channel. However, this channel was designed for drainage purposes, and has little effect on flooding conditions, as previously discussed in Section 1.2.
3.2 Problem Conceptualization
In the study area there are two floodable areas: the Lajas Valley including the area formerly flooded by Laguna Guánica, and the floodplain of Río Loco. During severe floods both of these areas are interconnected in the floodable area separating Barrio Laguna and Barrio Fuig, as seen in Figure 5.
Laguna Guánica and other low-lying areas of the Lajas Valley act as detention storage for the 56 mi2 Lajas Valley watershed tributary to the point of confluence of Río Loco with the Lajas Valley drainage canal. By comparison, the area of the Río Loco watershed tributary to this same point is only 23 mi2. Detention storage within the Lajas Valley is important for reducing flood peaks entering Río Loco and by filling the lagoon area back to historical water levels the storage volume available for flood detention will be reduced. This impact of the restoration project on flood levels can be simulated by varying the starting water surface in the Laguna Guánica area.
Río Loco is an alluvial river-floodplain valley constrained by steep hills which run along either side of the valley. The Loco dam and reservoir regulates the upper 8.5 mi2 of its watershed. Loco reservoir is a relatively small regulating reservoir which receives water diverted from north coast reservoirs and discharged from hydropower station #2, and it delivers water to the forebay of the Lajas Valley irrigation canal. Loco dam has an ungated
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spillway, and the reservoir is normally at a high level, especially during wet periods. As such it offers essentially no flood storage benefits. The flow entering Loco reservoir from the hydropower station is very small compared to peak flood discharges. Therefore, it is not necessary to account for reservoir regulation in computing flood flows along Río Loco. Flow along Río Loco can be modeled as one-dimensional.
Because the area of the confluence between Río Loco and Lajas Valley is submerged by floodwaters, flow may occur in either direction depending on the relative water levels. It is also possible for flow to occur in one direction during one part of the storm hydrograph, and flow in the opposite direction during a different portion of the storm. In fact, Anderson (1977) noted that during the 1963 flood, waters from Río Loco entered the area of Laguna Guánica (which at that time had been drained). Thus, modeling will have to accommodate the possibility for bi-directional flow between Río Loco and Lajas Valley.
3.3 Modeling Approach
The system to be analyzed consists of Laguna Guánica and its tributary watershed, Río Loco and its tributary watershed, and the confluence between Laguna Guánica and Río Loco. Hydraulic models were constructed to cover Río Loco from the sea upstream to a point above its confluence with Laguna Guánica, and the floodable area of the eastern portion of Lajas Valley which includes Laguna Guánica, El Anegado, and the valley floor further west of El Anegado, which is also floodable. Flood levels within the Laguna Guánica and along the Río Loco influence each other’s hydraulic behavior. Because of this the hydraulic analysis for Río Loco was incorporated into the same model used to simulate the eastern Lajas Valley which includes the Laguna Guánica area.
The ICPR (Streamline Technologies v3.0, Winter Park, Florida) unsteady flow hydrologic-hydraulic modeling system used in the analysis dynamically routes stormwater through open channels, closed conduits and storage areas. Hydrographs are calculated by the Natural Resources Conservation Service’s (NRCS) unit hydrograph (UH) methodology. The program’s solution algorithm allows it to simulate a variety of complex conveyance systems. Each node in ICPR represents a control volume. Change in storage for each node is calculated based on the difference between inflows and outflows at each time step during the simulation period. The change in storage is used to determine elevations at each node at the end of each time step. Flow through each link is calculated from the known elevations at each end of the link and the hydraulic properties of the link.
Because Río Loco and Lajas Valley have a well-defined and rather narrow confluence zone, and because each is itself rather long and narrow, the system geometry is suited to modeling using a one-dimensional approach. An unsteady flow model is required to accommodate the detention storage effects in Lajas Valley, and to also accommodate the potential for bi-directional flow in the area of the confluence between Río Loco and Lajas Valley.
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The largest flood of record is the flood of September 13, 1928. Water levels in the 1928 flood have been published in the USGS flood atlas HA 532, but there are no rainfall or discharge data for this event. Therefore, this event cannot be used for model verification.
The existing conditions model was calibrated using the historical events of August 3, 1963 and then verified using the September 16, 1975 (Eloisa) event. Both of these events occurred after construction of the Lajas Valley drainage channel, and both rainfall and water level data are available for both events. These historical simulations verified the performance of the model during the period when the lagoon area when it was drained and the Lajas Valley drainage canal was in operation. The verified model was then used to simulate the 100-year hydrograph and flood levels.
Future conditions were simulated to differ from existing conditions in two ways: (1) the lagoon will be refilled with water, and (2) a water control structure will be constructed within Río Loco below its confluence with the drainage channel. The existing condition model was modified to include the hydraulic structure needed to fill up the lagoon, and different starting water surface elevations were used to simulate different water levels in the lagoon at the start of the 100-year rainfall event. Different starting water surface elevations in the lagoon were simulated to examine the sensitivity of flood levels to the variation in detention volume in the lagoon area.
This report updates previous ICPR modeling to incorporate recent rainfall data obtained from the National Oceanic and Atmospheric Administration (NOAA) Atlas 14 published October 26, 2006.
3.4 Regulatory Limitations
Our previous HH study, based on an earlier version of Regulation #13, analyzed the proposed lagoon restoration with an allowable increase in base flood elevation of 0.3 meters.
According to the Puerto Rico Planning Board Regulation #13, revised January 7, 2010, the proposed lagoon restoration shall not increase base flood elevations (100-year event) throughout the Lajas Valley more than 0.15 meters. This analysis revises the earlier HH study to determine the proposed lagoon water level which will not increase base flood elevations more than 0.15m.
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4. HYDROLOGIC ANALYSIS
The total drainage area of Laguna Guánica watershed is approximately 56 square miles. The NRCS UH methodology, as implemented in the ICPR model, was used to generate runoff hydrographs. Runoff hydrographs generated by this method are based on rainfall depth and duration (see Table 1), value of Curve Number (based on soil type and land use), watershed area and time of concentration, and Antecedent Moisture Condition.
4.1 Watershed Limits
The Laguna Guánica watershed covers approximately 35,775 acres, and was divided into eleven sub-basins which were analyzed separately for hydrologic modeling purposes. The Río Loco watershed covers approximately 14,800 acres and was divided into six sub-basins. The northernmost Río Loco sub-basin (WS-1) drains into Loco Reservoir. Runoff from this watershed reaches Río Loco only as reservoir spillage during high runoff events. Loco dam has an ungated overflow (ogee-type) spillway. The watershed tributary to the dam is undeveloped, other than rural housing. Land use in sub-basins which drain into the Río Loco below the dam are a combination of pasture and row crops, brush, and urban areas. All Laguna Guánica sub-basins are substantially undeveloped, with land cover being mostly pasture, brush and secondary forest. There are no reservoirs in the Laguna Guánica watershed. The flows generated by large-discharge flood events are much larger than the flows which pass through the 2.44 m diameter hydropower tunnel discharging into Loco reservoir from Luchietti reservoir, or the capacity of the irrigation canal from Loco dam leading to Lajas Valley. Flows in the SWPR Project were ignored in this analysis because they are insignificant. Figure 6 shows studied the watersheds of Laguna Guanica and Río Loco.
4.2 Rainfall Depths
Hyetographs were constructed for the drainage areas using the 100-year rainfall depths as reported in NOAA’s Atlas 14. Table 1 presents 100-year rainfall depths used to construct the hyetograph. Appendix A includes the NOAA Atlas-14 rainfall data used in the analysis and the rainfall distribution calculations.
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Table 1: 100-year Rainfall Durations and Depths, NOAA Atlas 14
100-yr Rainfall Depth Duration (hours)
inches centimeters
0.5 2.7 6.9
1 4.0 10.2
2 5.7 14.5
3 6.5 16.6
6 8.9 22.5
12 12.17 30.9
24 16.3 41.4
4.3 Time of Concentration
The time of concentration is the time required for a drop of water falling on the most distant point of the watershed to influence discharge at the watershed exit. The time of concentration was calculated using Soil Conservation method (TR-55). For sheet flow calculation the following equation was used:
( )4.05.0
2
8.0007.0SP
Lntc∗∗∗
=
where:
tc = time of concentration (minutes)
n = Manning’s roughness coefficient
L = flow length (ft)
P2 = 2-year, 24-hour rainfall: 4.36 in
S = slope of hydraulic grade line (land slope, ft/ft)
For shallow concentrated flow calculation the following equation was used:
VLtc ×
=60
where:
tc = time of concentration (minutes)
L = flow length (ft)
V = average velocity of flow (ft/s)
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For channel flow, Manning’s equation was used to calculate velocity:
nSRV
21
32
**49.1=
where:
V = channel velocity (ft/s)
R = channel hydraulic radius (ft)
S = channel slope
n = Manning’s roughness coefficient
The travel time along the channel was calculated with the following equation:
VLtc ∗
=60
where:
tc = time of concentration (minutes)
L = channel length (ft)
V = average velocity of flow (ft/s)
Slopes and distances were obtained from the topographic quadrangle map. Because the discharge from watershed WS-1 depends on reservoir release, the time of concentration of this watershed was estimated through calibration.
4.4 Soil Types and Curve Number
The Curve Number represents the runoff potential within a watershed and is estimated based on soil type (hydrologic soil group), land use and Antecedent Moisture Condition (AMC). In this study an AMC-II was used. The soil types within the watersheds were obtained from Soil Survey Geographic data base (SSURGO), which contains the most detailed level of soil mapping performed by the NRCS. The computed Time of Concentration and Curve Number for each of the analyzed sub-basins are shown in Table 2. Figure 7 shows the Hydrologic Soil Group within the studied watersheds. Curve Number calculations are included in Appendix B.
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Table 2: Calculated Times of Concentration and Curve Number
Watershed Area (acres) Time of Concentration (min) Curve Number
WS-A 820 54.2 84
WS-B 4,468 77.2 84
WS-C 2,622 130.5 84
WS-D 1,723 117.4 83
WS-E 4,209 109.8 83
WS-F 4,305 108.7 83
WS-G 1,625 116.2 83
WS-H 4,346 148.2 84
WS-I 2,525 61.5 84
WS-J 5,118 75.5 84
WS-K 4,098 60.7 84
WS-1 5,397 59.0 80
WS-2 2,058 54.8 81
WS-3 1,942 61.5 83
WS-4 757 78.5 83
WS-5 1,781 54.3 77
WS-6 1,932 54.0 81
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4.5 Design Hydrology
The 24-hour, 100-year peak discharges from each of the analyzed watersheds are summarized in Table 3.
Table 3: 100-year Peak Discharges for Analyzed Watersheds
100-yr Peak Discharge Watershed
ft3/s m3/s
WS-A 4,740 134
WS-B 22,629 641
WS-C 6,068 172
WS-D 3,945 112
WS-E 10,502 298
WS-F 10,603 300
WS-G 4,279 121
WS-H 9,484 268
WS-I 8,564 242
WS-J 20,980 594
WS-K 16,011 453
WS-1 20,103 569
WS-2 8,495 241
WS-3 8,680 245
WS-4 2,757 78
WS-5 6,132 173
WS-6 7,297 207
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5. HYDRAULIC ANALYSIS
Flooding in the Laguna Guánica area is characterized by backwater and flow reversal effects between the lagoon and Río Loco, along the constricted area between Barrio Laguna and Barrio Fuig (as documented by Anderson, 1977). Because the flood hydrograph along Río Loco rises quickly, during the early part of the flood Río Loco discharges into the lagoon. Afterwards, water from the lagoon drains to Río Loco, and out to the sea.
Friction losses were computed using the Manning equation and average conveyance method, and expansion and contraction losses were determined using velocity headloss coefficients. Manning’s n-values used in the analysis are shown in Table 4.
Table 4: Manning’s n-values used in Hydraulic Model
Location n-value
Vegetated Main Channel 0.035
Vegetated Overbanks 0.080
Channel and floodplain reaches were simulated as irregular cross-sections based on surveyed channel and floodplain geometry, supplemented with data from the USGS topographic quadrangle. All simulations reported here were performed using the 100-year storm hydrographs computed within the ICPR hydrology module.
For all modeling the water level in Bahía Guánica was set at 2.1 m, which is the 100-year storm surge elevation, and held constant over the duration of the simulation. This is an extremely conservative assumption, since the 100-year storm surge elevation and the 100-year rainfall will not occur simultaneously with an annual probability of 1%.
For the existing condition model the starting water surface elevation in Río Loco and in the East Lajas Valley Drainage Channel was set at 2.1 m, or equal to the channel invert if higher than 2.1 m. Under future conditions the lagoon’s desired water surface elevation was used as the initial water surface elevation in the area upstream of the proposed water control structure, or the channel invert if higher.
The hydraulic model covers a distance of 8.1 mi (13 km) along Río Loco, extending from the Caribbean Sea upstream to the Loco Reservoir, and includes as a tributary 9.8 mi (15.8 km) along the East Lajas Valley drainage channel which discharges to Río Loco at a point approximately 2.5 mi (4 km) upstream from the ocean. Model node locations are shown in Figure 8. A schematic of the model’s link-node configuration is presented Figure 9.
Channel geometry along Río Loco was defined using cross-section data taken from the effective FEMA HEC-2 model. Channel geometry along the East Lajas Valley Drainage Channel was defined using the survey data provided by the DNER surveyor. Because the survey data did not cover the entire floor of Lajas Valley, which is a floodable area, the
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field survey data was supplemented with topographic data from USGS topographic quadrangles. To represent the bi-directional flow pattern at the confluence between the Río Loco and the East Lajas Valley drainage channel, the connection between the Río Loco and the area of the Laguna Guánica was defined as a weir. For the proposed condition, the weir structure in the drainage channel was located at node “XS-CONT3”.
5.1 Model Verification
The ability of the ICPR hydrologic and hydraulic model to accurately simulate flood levels within the Río Loco – Lajas Valley system was verified by simulating two historical events for which both rainfall and water level data were available. In this discussion the term “verification” refers to the overall simulation activity which checks that the model produces results that are consistent with historically observed behavior. The term “calibration” refers to a process in which specific components of the model are adjusted to match some historically observed condition, such as a peak discharge, roughness coefficients, or water level.
Historical flood atlas data does not report water levels along Río Loco and within Laguna Guánica for the same event. Two separate events were simulated to verify the Río Loco and the Lajas Valley portions of the model. Data available for the event of August 3, 1963 describes flood levels within the Lajas Valley, but does not report flood levels along Río Loco. In contrast, the Eloisa event in 1975 gives flood levels along Río Loco but not in the Laguna Guánica area. Earlier events (such as the 1928 flood) do not have rainfall data. Also, we do not know the initial water level in the lagoon at the beginning of the 1928 event, nor was the Lajas Valley drainage canal constructed at that time. These factors make it poorly suited for verification purposes, especially since data from more recent and better-documented events are available.
1963 Event
The hydrologic and hydraulic model for existing conditions (Appendix C) was verified using the following data for the event of August 3, 1963: the National Weather Service observed daily rainfall within the eastern Lajas Valley watershed (Lajas station), the corresponding discharge measured at a point along the Río Loco which lies 2.3 km upstream of the ocean, and the water surface elevations along the East Lajas Valley Drainage Channel. Water levels and flow for this event were published by the USGS in Flood Atlas HA-532 “Floods in the Eastern Lajas Valley and the Lower Río Loco Basin, Southwestern Puerto Rico”. The runoff hydrograph for the Loco Reservoir watershed (WS-1) was calibrated against the known Loco dam discharges. With this information, the calculated time of concentration and calculated time of concentration for each of the sub-basins was calibrated to produce simulated peak discharges and maximum stages similar to the observed ones (Table 5).
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Table 5: Observed and Calculated Discharge (ft3/s) at Río Loco for 1963 event
Observed Flow Calculated Flow Percent Difference
1,750 1,849 5.7%
Characteristics of the observed and simulated maximum stages are compared in Table 6 Differences between observed and simulated hydrographs at nodes C, B, and LAGOON are attributed to the difference in invert elevations between those reported in the USGS Flood Atlas HA-532 and the higher (existing condition) invert elevations measured at these same locations by recent survey data.
Table 6: Simulation of event of August 3, 1963
Water Surface Elevation (m) Node
Distance from mouth of Drainage Canal (m) Observed Calculated
Difference
LAGOON 0 3.0 3.37 12.0 %
NODE B 700 3.2 3.36 5.0 %
NODE C 1,700 3.3 3.37 1.8 %
NODE D 2,900 3.4 3.37 -0.9 %
NODE E 4,500 3.5 3.48 -0.6 %
NODE F 5,400 3.9 4.07 4.4 %
NODE G 7,200 4.0 4.13 3.3 %
NODE H 8,000 4.1 4.18 2.0 %
NODE I 11,000 4.6 4.53 -1.5 %
1975 (Eloisa) Event
Data available in the USGS Flood Atlas WRI 81-480 for the event of September 16, 1975 (Eloisa) provides maximum stages along Río Loco. Flood levels are not reported within the Lajas Valley for this event. The model previously verified for the event of August 3, 1963 was rerun using the National Weather Service observed daily rainfalls for the Eloisa event at the Lajas Substation (for watersheds within the Lajas Valley) and the Sabana Grande Substation (for watersheds draining to Río Loco); and a rainfall distribution developed using the observed precipitation intensity at Maricao for the same (Eloisa) event. Simulated maximum stages along the Río Loco for this run result similar to the
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observed maximum stages for the Eloisa event (Table 7) , verifying the Río Loco portion of the model. 1975 Event Model output id given in Appendix D.
Table 7: Peak Stage Verification to event of September 16, 1975 (Eloisa)
Water Surface Elevation (m) Node
Distance from mouth of Río Loco (m) Observed Calculated
Difference (m)
OCEAN 0 N/A -- --
DS-116 1,000 N/A -- --
FUNNEL 3,520 5.80 5.92 0.12
DS-332 3,920 8.90 8.87 -0.03
D-OLD116 5,440 16.3 16.39 0.09
PALOMAS 8,640 32.00 32.33 0.33
MAGUEYES 10,640 37.00 36.28 -0.73
SUSUA 12,040 45.00 45.56 0.56 N/A = Data not Available
5.2 Duplicate Effective Model
FEMA has designated the Laguna Guánica and Río Loco as floodable areas, but has only performed a detailed flood analysis for the areas along Río Loco. Therefore, a duplicate FEMA effective model could only be produced for the Río Loco. There is no FEMA model for the Laguna Guánica area.
The FEMA effective model for Río Loco is a HEC-2 model which does not include the bi-directional connection with Laguna Guánica. The interaction between Río Loco and Laguna Guánica must be analyzed to simulate the true behavior of the Laguna Guánica-Río Loco system. Because the HEC-2 model is incapable of simulating flow reversal, modeling was performed within ICPR to simulate the Laguna Guánica and the Río Loco systems together. To duplicate FEMA effective levels, the ICPR model was run shutting off the Río Loco connection with the Laguna Guánica, and using the same peak flows used the FEMA model. Table 8 compares the FEMA effective and ICPR simulated flood levels along the Río Loco. Duplicate Effective Model output is given in Appendix E.
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Table 8: Comparison of Flood Levels along Río Loco, Duplicate Effective FEMA Model
Water Surface Elevation (m) Node
Distance from mouth of Río Loco (m) FEMA Calculated
Difference (m)
OCEAN 0 2.1 2.1 0.0
DS-116 1,000 3.2 3.2 0.0
US-116 1,020 3.8 4.1 0.3
LAGOON 3,450 7.0 7.0 0.0
FUNNEL 3,520 7.7 7.6 -0.1
DS-332 4,020 8.7 8.7 0.0
US-332 4,040 8.9 9.0 0.1
5.3 Existing Condition Model
The verified model constructed within the ICPR environment was used to simulate the existing condition 100-year flow. Storage effects control the behavior of Laguna Guánica. Both short-duration (12-hour) and long-duration (48-hour) 100-year events were analyzed in addition to the 24-hour, 100-year event for comparison purposes. Peak discharges from the lagoon for each of these 100-year events are summarized in Table 8. Hydrologic modeling results for the existing condition are given in Appendix-C.
Table 9: Peak 100-year Discharges (ft3/s) for 12-, 24-, and 48-hour Storms
Inflow from Río Loco to Lagoon 9,824 8,084 14,227 15,633 17,182 17,427
Inflow from Lajas Valley to Lagoon 8,791 7,646 19,885 23,517 24,034 28,700
Outflow from Lagoon to Río Loco 0 1,384 3,188 4,270 6,494 7,343
Note: The future condition simulation uses an initial lagoon water surface elevation of 3.1 m
HH Study Laguna Guánica Restoration 16
5.4 Proposed Condition Model
The proposed condition model incorporated a water control structure in Río Loco plus higher starting water surface elevations in the lagoon. Two starting water surface elevations were analyzed in the lagoon, 2.7 m and 3.1 m. The peak 100-year flood levels throughout the study area are presented in Table 10 for the existing condition (lagoon empty) and for two different water levels in the lagoon (2.7 and 3.1 m) at the beginning of the rainfall that causes flooding. Input and output files for the proposed condition modeling are given in Appendix F. The original lagoon water level of 3.4 m-msl was also analyzed. This level causes increases higher than the 0.15 m allowed by current Planning Board Regulations.
As can be seen in Table 10, restoration of the lagoon to a level of 3.1 m-msl will increase the 100-year regulatory flood level by a maximum of 0.15 meters, while flood levels in Río Loco are significantly affected only in the river reach adjacent to the connection with Laguna Guánica (a maximum increase of 0.15 m). Flood elevations increase in this area because filling of Laguna Guánica will reduce the volume available for the storage of floodwaters. The lowest elevation houses in Barrio Laguna are lower than the 100-year flood elevation under the existing condition.
Table 10: Peak 100-year flood elevations (m-msl), Río Loco and Laguna Guánica, for Different Initial Water Levels in the Lagoon
2.7 m Lagoon Level
3.1 m Lagoon Level
3.4 m Lagoon Level
Site
Existing Condition
(lagoon empty)
100-yr level
Diff. 100-yr level
Diff. 100-yr level
Diff.
Río Loco
PALOMAS 32.09 32.09 0 32.09 0 32.09 0
U-OLD116 18.19 18.19 0 18.19 0 18.19 0
D-OLD116 16.18 16.18 0 16.18 0 16.18 0
US-332 9.61 9.61 0 9.61 0 9.61 0
DS-332 8.64 8.64 0 8.64 0 8.64 0
FUNNEL 5.51 5.61 0.10 5.66 0.15 5.69 0.18
US-116 2.50 2.56 0.06 2.59 0.09 2.62 0.12
DS-116 2.32 2.36 0.04 2.38 0.06 2.39 0.07
HH Study Laguna Guánica Restoration 17
HH Study Laguna Guánica Restoration 18
2.7 m Lagoon Level
3.1 m Lagoon Level
3.4 m Lagoon Level
Site
Existing Condition
(lagoon empty)
100-yr level
Diff. 100-yr level
Diff. 100-yr level
Diff.
Laguna Guánica
LAGOON 5.53 5.63 0.10 5.68 0.15 5.72 0.19
NODE B 5.53 5.63 0.10 5.68 0.15 5.72 0.19
NODE C 5.53 5.63 0.10 5.68 0.15 5.72 0.19
NODE D 5.53 5.63 0.10 5.68 0.15 5.72 0.19
NODE E 5.53 5.64 0.11 5.68 0.15 5.72 0.19
NODE F 5.54 5.64 0.10 5.69 0.15 5.73 0.19
NODE G 5.54 5.64 0.10 5.69 0.15 5.73 0.19 Note: Difference is in relation to the Existing Condition model
6. SUMMARY AND CONCLUSIONS
1. The previous HH analysis performed by our firm in 1998 for DNER, “Hydrologic and Hydraulic Analysis: Guánica Lagoon Restoration Impacts on Regulatory Flood Levels”, used rainfall data taken from the now-obsolete Technical Paper-42 (TP-42) to analyze existing and proposed conditions in Laguna Guánica and Lajas Vallley for an allowable increase in base flood elevations of 0.3.m.
2. According to Puerto Rico Planning Board Regulation #13, revised January 7, 2010, the proposed lagoon restoration shall not increase base flood elevations (100-year event) throughout the Lajas Valley more than 0.15 meters. Our previous HH study, based on an earlier version of Regulation #13, analyzed the proposed lagoon restoration with an allowable increase in base flood elevation of 0.3 meters. The present analysis revises the earlier HH study to determine the proposed lagoon water level which will not increase base flood elevations more than 0.15 m.
3. This report also updates previous modeling to incorporate recent rainfall data obtained from the NOAA Atlas 14 published October 26, 2006.
4. Restoration of a water level of either 2.7 or 3.1 m in the lagoon will not produce an increase in the regulatory 100-year flood elevation greater than the 0.15 m permitted under the provisions of Planning Board Regulation #13, “Regulation of Areas Subject to Flooding”, dated January 10, 2010.
5. Filling the lagoon to its original water level of 3.4 m-msl will produce an increase in Base Flood Elevation of more than the 0.15 m, not complying with state regulation.
HH Study Laguna Guánica Restoration 19
7. REFERENCES
Anderson, H.R., 1977. “Ground Water in the Lajas Valley, Puerto Rico.” USGS Water Resources Investigations 68-76, San Juan.
Bonnet, J.S. and P. Tirado-Sulsona. 1950. “Soil Studies in Lajas Valley.” Univ. PR Agricultural Experimental Station Bulletin No. 86.
Cardona, Julio E., 1991. "Suplemento Técnico de Información Viabilidad de Restauración de la Laguna de Guánica y El Anegado en Guánica y Lajas, Puerto Rico" Departamento de Recursos Naturales, Área de Investigaciones Científicas, San Juan.
Earthinfo Inc. 1997. "Summary of the Day - East 1996" CD-ROM format.
Federal Emergency Management Agency. April 16, 1984 . “Flood Insurance Study, Volume 1of 5”, Commonwealth of Puerto Rico.
Gleason, H.A. and M.T. Cook. 1926. “Plant Ecology of Porto Rico.” Ch. VII in: Scientific Survey of Porto Rico and the Virgin Islands, New York Academy of Science, New York.
Israelsen, Orson W. 1954. “Drainage and Reclamation Problems in Lajas Valley, Puerto Rico.” Report by UPR Aricultural Experimental Station, Río Piedras.
Johnson, Carl G. 1974. “Floods in Eastern Lajas Valley and the Lower Río Loco, Southwestern Puerto Rico.” Hydrologic Investigations Atlas HA-532, USGS, San Juan.
Johnson, Carl G. and Ralph González. 1982. “Flood of September 16, 1975 in the Guánica Area, Puerto Rico”. Water Resources Investigations 81-480, USGS, San Juan.
King, H.W. and E.F. Brater. 1963. “Handbook of Hydraulics”. McGraw-Hill Book Co., New York.
Leopold, Luna B., M. Gordon Wolman and John P. Miller. 1964. “Fluvial Processes in Geomorphology”. W.H. Freeman, San Francisco.
Lijklema, L., R.H. Aalderink, G. Blom and E.H.S. AnDuin. 1994. “Sediment Transport in Shallow Lakes: Two Case Studies Related to Eutrophication.” In: J.V. DePinto, W. Lick and J.F. Paul (eds) Transport and Transformation of Contaminants near the Sediment-Water Interface. Lewis Publishing, Boca Raton, Florida.
McClymonds, Neal. E. 1967. “Water Resources of the Guánica Area, Puerto Rico: A Preliminary Appraisal, 1963.” Water Resources Bull No. 6, USGS, San Juan.
NOAA. 2006. “Precipitation-Frequency Atlas of the United States.” National Oceanic and Atmospheric Administration Atlas 14, Washington DC.
Puerto Rico Planning Board. 2010. “Normas de Diseño para Sistemas de Alcantarillado Pluvial”. San Juan, PR
Rosgen, Dave. 1996. “Applied River Morphology”. Wildland Hydrology, Pagosa Springs, Colorado.
HH Study Laguna Guánica Restoration 20
HH Study Laguna Guánica Restoration 21
Singhofen P.J., and L.M. Eaglin. 1995. “ICPR Advanced: User’s Manual”. Streamline Technologies Inc., Winter Park, FL.
Soil Conservation Service. 1993, "Soil Survey of Lajas Valley Area, Puerto Rico - Supplement Report".
Thornton, K.W., B.L. Kimmel, and F.E. Payne (eds.) 1990. “Reservoir Limnology”. John Wiley & Sons, New York.
US Department of Agriculture, Soil Conservation Service. 1986. “Technical Release 55 (Urban Hydrology for Small Watersheds)”. Washington DC.
US Department of the Interior. 1981. “Ground Water Manual”. US Government Printing Office, Denver.
Vázquez, R. And J. Ortiz Vélez. 1967. “Drainage and Groundwater Research in Lajas Valley, Puerto Rico.” UPR Agricultural Experimental Station Bulletin No. 206.
Wetmore, A. 1916. “Birds of Porto Rico.” U.S. Dept. Ag. Bulletin 326, Washington, D.C.
Willardson, Lyman S. 1958. “Lajas Valley Drainage Problems.” UPR Ag. Experimental Station Bulletin No. 143.
Figures
Figure 1: Location of Laguna Guanica and El Anegado in the southwestern area of Puerto Rico.
Old Laguna Guanica
El Anegado
Figure 2: Southwest Puerto Rico Project configuration and watershed.
Prof
ile H
Prof
ile G
Prof
ile F
Area of former Lagoon
Prof
ile E
Prof
ile D
Profile A
Profile B
SE
C 1
SE
C 2
Figure 3: Location of Survey Cross Section performed by DNRE in 1998.
Valley Drainage Channel
Río Loco
Figure 4: Location of Valley Drainage Channel.
FLOW
FLOW
Figure 5: Area of flow interconnection between Lajas Valley and Río Loco.
* The upper bound of the confidence interval at 90% confidence level is the value which 5% of the simulated quantile values for a given frequency are greater than.
** These precipitation frequency estimates are based on an annual maxima series. AEP is the Annual Exceedance Probability.
Please refer to NOAA Atlas 14 Document for more information. NOTE: Formatting prevents estimates near zero to appear as zero.
* The lower bound of the confidence interval at 90% confidence level is the value which 5% of the simulated quantile values for a given frequency are less than.
** These precipitation frequency estimates are based on an annual maxima series. AEP is the Annual Exceedance Probability.
Please refer to NOAA Atlas 14 Document for more information. NOTE: Formatting prevents estimates near zero to appear as zero.
Precipitation Frequency Data Server http://hdsc.nws.noaa.gov/cgi-bin/hdsc/buildout.perl?selectedItem=select...
2 of 4 3/29/2011 5:32 PM
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Climate Data Sources
National Climatic Data Center (NCDC) databaseLocate NCDC climate stations within:
or of this location. Digital ASCII data can be obtained directly from NCDC.
Note: Precipitation frequency results are based on analysis of precipitation data from a variety of sources, but largely NCDC.
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Total Distance 4,588 Total Time of Conc. 54.0 0.90
Segment
Watershed 1
Land use Soil type Soil group CN Area (m2) CN*ABosque Ce MrF2 B 60 189060 11343572 CN 79.5Bosque Ce CbF2 D 79 599 47357Bosque Ce CbF2 D 79 59146 4672542Bosque Ce QuF2 C 73 29966 2187489Pasto y A MrF2 B 69 33 2301Pasto y A MrF2 B 69 11916 822236Urbano MrF2 B 85 504 42862Urbano MrF2 B 85 621 52762Pasto y A QuF2 C 79 226 17818Pasto y A MrF2 B 69 616 42486Urbano DeF D 92 5779 531627Urbano DeC D 92 9744 896435Agua DeF D 100 31314 3131390Agua Vo D 100 32466 3246553Agua W D 100 209216 20921569Agua JaC2 D 100 3869 386900Urbano DeF D 92 9087 835964
Bosque Ab DeF D 82 2278 186834Bosque Ab DeF D 82 167420 13728480Bosque Ab QuE2 C 76 2492 189386Bosque Ab ToA B 65 827 53786Bosque Ab QuD2 C 76 128702 9781381Bosque Ab QuD2 C 76 19681 1495751Bosque Ab MoF2 B 65 13386 870120Bosque Ab DeD D 82 1870 153347Urbano DeF D 92 18356 1688782Urbano RsF2 C 90 56 5052Urbano DeF D 92 25590 2354278Urbano QuE2 C 90 141591 12743206Urbano MoD2 B 85 6292 534794Urbano QuD2 C 90 3856 347083Urbano RsE2 C 90 6174 555691Urbano QuD2 C 90 69655 6268929Urbano QuD2 C 90 37158 3344237Urbano RsF2 C 90 75459 6791266Urbano So D 92 20275 1865256Urbano CbF2 D 92 8409 773635Suelo sin So D 82 16495 1352607Suelo sin So D 82 15463 1267987Urbano CbF2 D 92 101203 9310692Urbano MxE2 D 92 21410 1969761Urbano MxE2 D 92 5190 477506Urbano McF2 D 92 26148 2405657Urbano RsE2 C 90 12690 1142104Urbano QuE2 C 90 565 50810Urbano HmE2 C 90 15345 1381078Urbano CbF2 D 92 1712 157480Urbano MxE2 D 92 10864 999513Urbano QuE2 C 90 6439 579470Urbano QuF2 C 90 6877 618974Urbano CbF2 D 92 10466 962844Urbano QuF2 C 90 137 12366Urbano CbF2 D 92 33348 3067986Pasto y A So D 84 28353 2381626Pasto y A CbF2 D 84 539094 45283934Pasto y A QuF2 C 79 8353 659890Pasto y A HmE2 C 79 6852 541328Pasto y A MxE2 D 84 55527 4664253Urbano CbF2 D 92 4859 446985Urbano QuF2 C 90 13496 1214650Urbano QuE2 C 90 18250 1642540
Bosque Ce DeF D 79 192433 15202236Bosque Ce Vo D 79 923873 72985986Bosque Ce DeF D 79 7516 593803Bosque Ce Vo D 79 132819 10492670Bosque Ce W D 79 40612 3208385Bosque Ce Sa B 60 12373 742368Bosque Ce Sa B 60 5194 311658Bosque Ce DeF D 79 25298 1998578Bosque Ce JaC2 D 79 11140 880072Bosque Ce JaD2 D 79 2522 199210Bosque Ce DeC D 79 866 68429
Bosque Ce So D 79 11004017 869317304Bosque Ce MrF2 B 60 1407 84427Bosque Ce CbF2 D 79 2147604 169660683Bosque Ce QuF2 C 73 544778 39768790Bosque Ce QuF2 C 73 34201 2496644Bosque Ce QuE2 C 73 7279 531338Bosque Ce HmE2 C 73 42153 3077162Bosque Ce So D 79 291 22982Bosque Ce MxE2 D 79 9105 719284Bosque Ce MxE2 D 79 52434 4142296Bosque Ce MxE2 D 79 12966 1024278Bosque Ce MxE2 D 79 9268 732152Bosque Ce NcD2 B 60 53785 3227070Bosque Ce RsE2 C 73 211480 15438009Bosque Ce McF2 D 79 50300 3973681Bosque Ce NcD2 B 60 21769 1306160Bosque Ce RsF2 C 73 367028 26793015Bosque Ce RsE2 C 73 71366 5209743Bosque Ce NcD2 B 60 17325 1039483Bosque Ce RsD2 C 73 26217 1913875Bosque Ce DeF D 79 55091 4352194Bosque Ce RsD2 C 73 11228 819618Bosque Ce CbF2 D 79 99335 7847504Bosque Ce RsD2 C 73 33743 2463224Bosque Ce RsD2 C 73 38230 2790757Bosque Ce QuE2 C 73 13719 1001488Bosque Ce RsE2 C 73 12712 927969Bosque Ce MoD2 B 60 26645 1598678Bosque Ce ToA B 60 131120 7867197Bosque Ce RsE2 C 73 36588 2670914Bosque Ce RsD2 C 73 4688 342229Bosque Ce RsD2 C 73 9542 696588Bosque Ce RsD2 C 73 19572 1428760Bosque Ce MoF2 B 60 12619 757129Bosque Ce DeD D 79 447 35316Pasto y A So D 84 5062 425181Pasto y A CbF2 D 84 1282883 107762166Pasto y A QuF2 C 79 5424 428531Pasto y A So D 84 141605 11894786Pasto y A MxE2 D 84 298151 25044713Pasto y A QuE2 C 79 7177 567013Pasto y A HmE2 C 79 27519 2173973Pasto y A MxE2 D 84 77757 6531548Pasto y A MwE2 C 79 130 10264Pasto y A MxE2 D 84 40908 3436289Pasto y A So D 84 70 5861Pasto y A RsE2 C 79 17896 1413795Pasto y A NcD2 B 69 71932 4963282Pasto y A RsD2 C 79 12145 959445Pasto y A DeF D 84 3003 252241Pasto y A CbF2 D 84 35883 3014164Pasto y A HuE C 79 15297 1208494Pasto y A QuE2 C 79 139921 11053727Pasto y A MoD2 B 69 13037 899559Pasto y A QuD2 C 79 24262 1916711Pasto y A DeF D 84 406732 34165452Pasto y A Vo D 84 201841 16954673Pasto y A W D 84 25443 2137178Pasto y A JaC2 D 84 273 22896Pasto y A JaD2 D 84 11893 999045Pasto y A DeC D 84 1370 115042Pasto y A Vo D 84 2709 227519Pasto y A FvB D 84 13517 1135393Pasto y A DeC D 84 21208 1781492Bosque Ce CbF2 D 79 0.2 19Bosque Ce CbF2 D 79 0.2 19Bosque Ce QuF2 C 73 0.7 53Bosque Ce QuF2 C 73 0.7 53Pasto y A QuF2 C 79 0.0 2Bosque Ce QuF2 C 73 0.0 2Bosque Ce Vo D 79 1.7 133Bosque Ce So D 79 1.7 133Bosque Ce Vo D 79 0.0 2Bosque Ce ToA B 60 0.0 1
Watershed 2
Land use Soil type Soil group CN Area (m2) CN*AUrbano DeF D 92 3775 347302 CN 80.7Urbano DeC D 92 8681 798645Urbano Vo D 92 33188 3053305Urbano Sa B 85 4884 415151Urbano JaB D 92 6179 568465Urbano DeD D 92 4254 391389Urbano FvB D 92 1611 148202Urbano JaC2 D 92 1404 129192
Bosque Ce DeF D 79 15392 1215944Bosque Ce JaC2 D 79 109 8650Bosque Ce SgF D 79 383898 30327948Bosque Ce Sa B 60 1242 74511Bosque Ce JaC2 D 79 4351 343707Bosque Ce JcC D 79 3453 272805Bosque Ce DeF D 79 432 34100Urbano DeF D 92 96232 8853302Urbano JaC2 D 92 3282 301909Urbano DeD D 92 13664 1257050Urbano JaD2 D 92 18929 1741462Urbano JaB D 92 3642 335074Urbano Sa B 85 4476 380430Urbano DeD D 92 3152 289962Agua W D 100 717 71739
Bosque Ce DeF D 79 285 22546Bosque Ce SgF D 79 36952 2919217Suelo sin So D 82 5521 452753Suelo sin RsD2 C 76 4807 365321Suelo sin So D 82 2665 218561Bosque Ce DeF D 79 137658 10874950Bosque Ce Vo D 79 143870 11365740Bosque Ce DeF D 79 24925 1969079Bosque Ce Vo D 79 91122 7198624Bosque Ce Vo D 79 433586 34253272Bosque Ce JaC2 D 79 21051 1663011Bosque Ce DeF D 79 41503 3278742Bosque Ce DeD D 79 321 25394Bosque Ce So D 79 3278703 259017556Bosque Ce QuF2 C 73 53864 3932056Bosque Ce QuE2 C 73 64552 4712287Bosque Ce QuE2 C 73 46432 3389563Bosque Ce RsD2 C 73 27563 2012129Bosque Ce RsD2 C 73 2702 197238Bosque Ce RsE2 C 73 13264 968245Bosque Ce RsD2 C 73 3062 223523Bosque Ce RsD2 C 73 7979 582433Bosque Ce RsD2 C 73 5467 399104Bosque Ce RsD2 C 73 25181 1838194Bosque Ce RsD2 C 73 14739 1075955Bosque Ce RsD2 C 73 2575 187951Bosque Ce RsD2 C 73 12022 877578Bosque Ce DeF D 79 30845 2436779Bosque Ce RsD2 C 73 10591 773110Pasto y A DeF D 84 674367 56646790Pasto y A Vo D 84 132548 11134006Pasto y A DeF D 84 891470 74883499Pasto y A Vo D 84 49136 4127384Pasto y A Vo D 84 55020 4621702Pasto y A W D 84 1758 147650Pasto y A DeD D 84 3430 288096Pasto y A DeD D 84 33772 2836865Pasto y A JaC2 D 84 237150 19920642Pasto y A DeF D 84 15815 1328484Pasto y A JaC2 D 84 79894 6711127Pasto y A DeD D 84 92007 7728604Pasto y A SgF D 84 8611 723333Pasto y A JaB D 84 7229 607198Pasto y A Vo D 84 2779 233422
Pasto y A JaD2 D 84 19799 1663098Pasto y A DeD D 84 29922 2513467Pasto y A SgF D 84 36447 3061555Pasto y A DeD D 84 7556 634700Pasto y A DeC D 84 6022 505884Pasto y A DeD D 84 21428 1799957Pasto y A DeC D 84 8111 681304Pasto y A JaB D 84 12144 1020100Pasto y A Sa B 69 24747 1707556Pasto y A DeD D 84 2093 175798Pasto y A JaD2 D 84 49736 4177830Pasto y A DeC D 84 47230 3967351Pasto y A JaC2 D 84 66615 5595643Pasto y A Vo D 84 96003 8064259Pasto y A JaC2 D 84 13538 1137186Pasto y A Sa B 69 60980 4207639Pasto y A JaB D 84 44263 3718077Pasto y A DeD D 84 15779 1325448Pasto y A JcC D 84 5518 463518Pasto y A DeD D 84 420 35259Pasto y A DeF D 84 9960 836643Pasto y A FvB D 84 5287 444147Pasto y A JaC2 D 84 6 498
Watershed 3‐4
Land use Soil type Soil group CN Area (m2) CN*ASuelo sin DeF D 82 640 52478 CN 82.55Urbano W D 92 6924 637051Urbano Lr D 92 85117 7830761Urbano Se B 85 78190 6646112Urbano Se B 85 10460 889082Urbano PzC B 85 9585 814731Urbano SgF D 92 42553 3914913Urbano PzC B 85 28016 2381371Urbano PzB B 85 36301 3085566Urbano Sa B 85 14079 1196742
Bosque Ab Lr D 82 108189 8871491Bosque Ab Se B 65 591 38391Urbano DeF D 92 1028 94532Urbano DeF D 92 43876 4036570Urbano Se B 85 1612 137046Urbano W D 92 317 29192Urbano DeC D 92 22938 2110322Urbano Se B 85 1288 109508
Bosque Ce DeC D 79 10540 832665Bosque Ce DeF D 79 41584 3285175Bosque Ce Lr D 79 205860 16262938Bosque Ce Se B 60 145 8713Bosque Ce PzC B 60 11160 669584Urbano FvB D 92 1464 134656Urbano JaC2 D 92 3504 322374Urbano DeD D 92 5437 500202Urbano DeF D 92 5842 537477
Bosque Ce SgF D 79 17536 1385372Bosque Ce DeC D 79 1123 88754Bosque Ce DeF D 79 14 1105Urbano DeC D 92 216 19859Urbano DeF D 92 25635 2358387Urbano DeF D 92 29489 2712973Urbano DeF D 92 63032 5798954Urbano QuE2 C 90 226557 20390093Urbano QuD2 C 90 33152 2983672Urbano W D 92 1326 122011Urbano Sa B 85 5212 443036
Bosque Ce DeF D 79 3129 247163Pasto y A DeF D 84 25307 2125823Pasto y A QuE2 C 79 1491 117753Pasto y A W D 84 2589 217472Pasto y A Sa B 69 7362 507945Pasto y A DeF D 84 404193 33952180Pasto y A SgF D 84 29078 2442570Pasto y A DeC D 84 5200 436803Pasto y A Vo D 84 18567 1559606Pasto y A Sa B 69 57971 4000023Pasto y A DeF D 84 378786 31817992Pasto y A FvB D 84 6673 560500Pasto y A JaC2 D 84 13400 1125589Pasto y A Vo D 84 37403 3141822Pasto y A DeD D 84 18324 1539252Pasto y A DeF D 84 2582 216850Pasto y A DeC D 84 28698 2410627Pasto y A DeF D 84 15789 1326266Pasto y A FvB D 84 25839 2170494Pasto y A JaC2 D 84 50349 4229296Pasto y A Se B 69 43348 2991035Pasto y A DeF D 84 2768 232546Pasto y A W D 84 59370 4987066Pasto y A Lr D 84 46219 3882430Pasto y A Se B 69 132996 9176723Pasto y A PzC B 69 1481 102182Pasto y A DeC D 84 7536 632999Pasto y A Se B 69 83276 5746055Pasto y A Sa B 69 57717 3982471Pasto y A SgF D 84 188 15763Pasto y A Sa B 69 125593 8665905Pasto y A DeF D 84 93627 7864671Pasto y A QuE2 C 79 115790 9147379Pasto y A QuD2 C 79 29897 2361859
Bosque Ce SgF D 79 152488 12046582Bosque Ce PzB B 60 41 2489Bosque Ce Sa B 60 333 19972Pasto y A DeF D 84 200817 16868605Pasto y A DeF D 84 15606 1310865Pasto y A QuE2 C 79 37156 2935352Pasto y A QuD2 C 79 11785 930981Urbano DeF D 92 133717 12302001Urbano DeF D 92 25662 2360888Urbano QuE2 C 90 3434 309042Urbano QuD2 C 90 33003 2970298
Watershed 5
Land use Soil type Soil group CN Area (m2) CN*AUrbano DeF D 92 4782 439906 CN 76.74Urbano Sa B 85 740 62899Urbano DeF D 92 745 68505Pasto y A Sa B 69 191782 13232930Pasto y A FrA D 84 20606 1730896Pasto y A JaC D 84 37573 3156137Pasto y A DeF D 84 9475 795865Bosque Ce Lr D 79 99031 7823422Bosque Ce Sa B 60 11946 716732Bosque Ce FrA D 79 1727 136428Bosque Ce JaC D 79 13490 1065686Bosque Ce DeF D 79 289135 22841653Bosque Ce Lr D 79 76168 6017291Bosque Ce SgF D 79 58054 4586285Urbano Sa B 85 33627 2858298Urbano FvB D 92 258 23711Urbano SNS D 92 50736 4667756Urbano W D 92 993 91355Urbano SgF D 92 3868 355855Urbano Sa B 85 35585 3024746Urbano Ca D 92 10551 970711Urbano FvB D 92 22497 2069689Pasto y A W D 84 62633 5261176Pasto y A Sa B 69 1281888 88450256Pasto y A Ca D 84 145270 12202669Pasto y A FvB D 84 181668 15260147Pasto y A DeC D 84 1080 90687Pasto y A SNS D 84 4500 377972Pasto y A FrB D 84 1 101Pasto y A SgF D 84 1526 128159Pasto y A FrB D 84 22715 1908077Pasto y A Sa B 69 275398 19002464Pasto y A SgF D 84 18281 1535596Pasto y A Sa B 69 55966 3861625Pasto y A PzC B 69 14438 996251Pasto y A PzB B 69 61323 4231312Pasto y A PzC B 69 31184 2151663Pasto y A Ca D 84 52384 4400274Pasto y A FrB D 84 64227 5395057Pasto y A FvB D 84 18016 1513367Bosque Ce SgF D 79 451013 35630046Bosque Ce SgD D 79 112932 8921592Bosque Ce Sa B 60 731 43836Bosque Ce PzC B 60 2803 168154Bosque Ce PzB B 60 995 59726Bosque Ce PzC B 60 11832 709900Urbano Sa B 85 27794 2362532Urbano Ca D 92 76386 7027515Urbano DeC D 92 595 54785Urbano FrB D 92 50606 4655707Urbano PzC B 85 92718 7881065Urbano SgF D 92 122353 11256458Urbano SgD D 92 13021 1197969Urbano FrB D 92 68202 6274558
Bosque Ce Lr D 79 31423 2482418
Watershed 6
Land use Soil type Soil group CN Area (m2) CN*ABosque Ab Lr D 82 42633 3495875 CN 80.5Suelo sin Lr D 82 19369 1588272Bosque Ce W D 79 5116 404144.2Bosque Ce Va D 79 2725 215314Bosque Ce Fe D 79 8341 658904.8Bosque Ce JcB D 79 10530 831882.2Bosque Ce JaC2 D 79 2175 171796.7Bosque Ce DeF D 79 124743 9854699Bosque Ce JcC D 79 21875 1728131Bosque Ce DeD D 79 2525 199447.9Bosque Ce JcC D 79 59 4633.582Bosque Ce Va D 79 6765 534430.2Bosque Ce GPQ D 79 13031 1029440Bosque Ce Lr D 79 215715 17041455Bosque Ce SgF D 79 2751 217361.7Urbano Sa B 85 824 70067.97Urbano Va D 92 9857 906874.3Urbano DeF D 92 43260 3979941Urbano Sa B 85 26033 2212801Urbano W D 92 16326 1502018Urbano Va D 92 559 51424.75Urbano Va D 92 6885 633396.9Urbano DeF D 92 1179 108500.2Urbano Va D 92 63071 5802533Urbano JaC2 D 92 78584 7229708Urbano DeF D 92 32290 2970682Urbano JcC D 92 33471 3079371Urbano DeF D 92 100992 9291303Urbano DeF D 92 80859 7438996Urbano JaB D 92 15308 1408318Urbano DeD D 92 57507 5290614Urbano JcB D 92 12131 1116013Urbano LFD D 92 9611 884200.8Urbano Va D 92 728 66952.54Urbano JaC2 D 92 8246 758622.9Urbano DeD D 92 2684 246890Urbano DeD D 92 2674 246000.9
Bosque Ab SgF D 82 306757 25154076Bosque Ab JcB D 82 119449 9794781Bosque Ab DeD D 82 33245 2726050Bosque Ab JcC D 82 2312 189582.3Bosque Ab JcC D 82 19942 1635204Bosque Ab JcC D 82 65407 5363388Bosque Ab JaC D 82 85054 6974469Bosque Ab JaB D 82 143987 11806946Bosque Ab SgF D 82 14157 1160907Bosque Ab DeF D 82 13015 1067239Bosque Ab DeD D 82 136519 11194538Bosque Ab JcC D 82 1579 129483.3Bosque Ab DeF D 82 30372 2490508Bosque Ab DeF D 82 187174 15348238Bosque Ab JaD2 D 82 70935 5816637Bosque Ab DeD D 82 11614 952382.4Bosque Ab DeD D 82 5281 433066.7Bosque Ab JaC D 82 2879 236087.8Bosque Ab GPQ D 82 42 3431.596Bosque Ab Lr D 82 21411 1755663Bosque Ab SgF D 82 10596 868910.3Urbano DeF D 92 53 4908.566Urbano DeD D 92 47 4327.603Urbano JaC2 D 92 9 834.7689Urbano DeF D 92 520 47802.01Urbano Sa B 85 10936 929557Urbano DeF D 92 5780 531783.9Urbano DeD D 92 10071 926551Urbano Va D 92 145 13322.48Urbano PzC B 85 5574 473814.4Urbano Lr D 92 5047 464319.4Urbano Sa B 85 296 25144.79
Bosque Ab SgF D 82 24075 1974190Bosque Ab Lr D 82 78437 6431871Urbano Sa B 85 2956 251251.9Urbano SgF D 92 50253 4623319
Urbano PzC B 85 10198 866788.9Bosque Ce SgF D 79 89137 7041853Bosque Ce Lr D 79 1755 138634Bosque Ce PzC B 60 18 1080.571Bosque Ce SgF D 79 69999 5529927Bosque Ce DeD D 79 13858 1094803Bosque Ce JcC D 79 611 48243.09Bosque Ce JcC D 79 3429 270871.8Bosque Ce SgF D 79 15349 1212591Pasto y A JcB D 84 3374 283396.4Pasto y A DeD D 84 644 54056.1Pasto y A JcC D 84 2136 179410.5Pasto y A JaC D 84 130 10892.44Pasto y A W D 84 116764 9808138Pasto y A Sa B 69 17357 1197639Pasto y A Va D 84 8068 677700.9Pasto y A SgF D 84 42010 3528811Pasto y A PzC B 69 8095 558569.7Pasto y A Sa B 69 1670143 1.15E+08Pasto y A SgF D 84 270138 22691573Pasto y A Lr D 84 49531 4160590Pasto y A PzC B 69 6190 427134.7Pasto y A DeF D 84 130 10936.77Pasto y A DeD D 84 1470 123491.6Pasto y A PzC B 69 17346 1196866Pasto y A Sa B 69 14731 1016425Pasto y A JaC2 D 84 171 14331.21Pasto y A Sa B 69 36671 2530330Pasto y A Va D 84 1013981 85174368Pasto y A DeF D 84 78029 6554438Pasto y A Va D 84 4127 346708.5Pasto y A JcC D 84 28467 2391243Pasto y A DeF D 84 12316 1034569Pasto y A DeD D 84 12964 1088941Pasto y A JcB D 84 13223 1110733Pasto y A DeD D 84 10683 897386.9Pasto y A JcB D 84 46746 3926624Pasto y A LFD D 84 1186 99653.37Pasto y A JcC D 84 189830 15945725Pasto y A Va D 84 51117 4293807Pasto y A DeF D 84 27574 2316203Pasto y A JaC2 D 84 1927 161902.3Pasto y A DeD D 84 9048 760051.7Pasto y A DeF D 84 250 21031.02Pasto y A DeD D 84 6739 566048.5Pasto y A DeD D 84 5167 434048.4Pasto y A GPQ D 84 65949 5539755Pasto y A Fe D 84 96411 8098539Pasto y A DeD D 84 13404 1125958Pasto y A DeF D 84 132616 11139705Pasto y A FvB D 84 77689 6525903Pasto y A FrB D 84 11712 983833.3Pasto y A FrB D 84 14710 1235630Pasto y A JcB D 84 141371 11875151Pasto y A DeD D 84 21255 1785425Pasto y A JaC2 D 84 9589 805467.5Pasto y A JaC2 D 84 16619 1395979Pasto y A DeF D 84 99505 8358444Pasto y A JcC D 84 11043 927580.8Pasto y A DeD D 84 8185 687512.5Pasto y A JcC D 84 74369 6247021Pasto y A Va D 84 8530 716535Pasto y A GPQ D 84 57440 4824957Pasto y A JaC2 D 84 4316 362524.6Pasto y A Lr D 84 1659 139317.1Pasto y A SgF D 84 247 20747.3Bosque Ce DeF D 79 9592 757731.1Bosque Ce DeD D 79 397 31345.62Bosque Ce SgF D 79 161476 12756593Bosque Ce SgF D 79 22192 1753142Pasto y A W D 84 4357 366029.1Pasto y A Sa B 69 11688 806458.7Pasto y A SgF D 84 5894 495122.8Pasto y A FrB D 84 22 1827.602Pasto y A Sa B 69 3756 259157.8
Urbano Sa B 85 258 21914.94Urbano SgF D 92 190637 17538573
Watershed A
Land use Soil type Soil group CN Area (m2) CN*AUrbano Va D 92 2596 238861 CN 83.3Urbano PzC B 85 17976 1527924Urbano Lr D 92 4427 407276
Bosque Ab SgF D 82 1190 97575Bosque Ab Lr D 82 35409 2903513Bosque Ce SgF D 79 4478 353785Bosque Ce PzC B 60 1122 67314Bosque Ce Lr D 79 63994 5055506Pasto y A W D 84 1413 118729Pasto y A Va D 84 380865 31992637Pasto y A PzC B 69 69115 4768938Pasto y A SgF D 84 84991 7139280Pasto y A PzC B 69 17785 1227149Pasto y A Lr D 84 3487 292867Pasto y A Sa B 69 18842 1300129Bosque Ce SgF D 79 133208 10523435Bosque Ce PzC B 60 91 5440Bosque Ce Lr D 79 14485 1144329Bosque Ce SgF D 79 50585 3996213Bosque Ce SgD D 79 4093 323361Urbano Va D 92 14 1300Urbano Fe D 92 5747 528705Urbano PzC B 85 13116 1114823Urbano SgF D 92 3737 343804Urbano FrB D 92 260 23943Urbano FrA D 92 30038 2763534Urbano Ca D 92 28745 2644512Pasto y A FrA D 84 114463 9614903Pasto y A Ca D 84 795476 66819971Pasto y A DeC D 84 34163 2869726Pasto y A Fe D 84 202075 16974274Pasto y A FrB D 84 8311 698085Pasto y A Va D 84 246530 20708481Pasto y A SgF D 84 15155 1272980Pasto y A PzC B 69 83880 5787719Pasto y A SgF D 84 108009 9072753Pasto y A PzC B 69 50270 3468620Pasto y A Lr D 84 4224 354842Pasto y A PzB B 69 18576 1281716Pasto y A FrB D 84 85214 7157977Pasto y A PzC B 69 22797 1572973Pasto y A FrA D 84 30836 2590225Pasto y A Ca D 84 54793 4602635Bosque Ce SgF D 79 21216 1676063Bosque Ce PzB B 60 805 48316Bosque Ce PzC B 60 5111 306649Urbano Ca D 92 97071 8930514Urbano DeC D 92 803 73887Urbano FrB D 92 125106 11509719Urbano PzC B 85 23997 2039704Urbano Va D 92 13729 1263048Urbano SgF D 92 87465 8046754Urbano PzB B 85 16765 1425034Urbano SgD D 92 23207 2135021Urbano PzC B 85 36453 3098514
Watershed B
Land use Soil type Soil group CN Area (m2) CN*AUrbano W D 92 624 57401.05 CN 83.68Urbano Ag D 92 977 89904.46Urbano Va D 92 21714 1997718Urbano Fe D 92 3338 307103.7Urbano FrA D 92 14166 1303239Urbano Va D 92 243 22345.01Urbano JaC2 D 92 16580 1525335Urbano DeF D 92 20184 1856945Urbano JcC D 92 4548 418378.3Urbano DeF D 92 21142 1945069
Bosque Ab PzC B 65 9013 585821Bosque Ab SgF D 82 52532 4307585Bosque Ab FrA D 82 242 19865.26Bosque Ab JcB D 82 51610 4232035Bosque Ab SgF D 82 85407 7003411Bosque Ab PzC B 65 21 1365.54Bosque Ab FrA D 82 13920 1141453Bosque Ab FrA D 82 1180 96799.23Bosque Ab DeF D 82 44277 3630699Bosque Ab DeF D 82 207198 16990210Bosque Ab PzC B 65 23712 1541303Bosque Ab JcC D 82 12924 1059756Urbano PzC B 85 40048 3404055Urbano SgF D 92 26643 2451125Pasto y A W D 84 4675 392735.2Pasto y A Ag D 84 968765 81376294Pasto y A Fe D 84 17068 1433706Pasto y A Va D 84 205284 17243815Pasto y A PzC B 69 15605 1076720Pasto y A SgF D 84 52962 4448805Pasto y A Sa B 69 119 8185.081Pasto y A JcB D 84 34462 2894779Pasto y A SgF D 84 6343 532783.6Pasto y A PzC B 69 31234 2155173Pasto y A SgF D 84 5520 463704.9Pasto y A Fe D 84 33450 2809801Pasto y A FrA D 84 14223 1194739Pasto y A FrA D 84 73840 6202592Pasto y A Sa B 69 984 67920.91Pasto y A Va D 84 1241 104263.5Pasto y A DeF D 84 29115 2445642Pasto y A JcC D 84 11893 998997.2Urbano Va D 92 355 32667.36Urbano Ag D 92 5064 465879.5Urbano PzC B 85 43718 3716009Urbano SgF D 92 133247 12258755Urbano Va D 92 268 24651.07Urbano PzC B 85 10612 902029.7Urbano SgF D 92 824 75763.48Urbano Va D 92 9213 847602.7Urbano Fe D 92 295 27128.79Urbano Sa B 85 1820 154677.6Urbano PzC B 85 21474 1825323Urbano SgF D 92 59184 5444936Agua SgF D 100 13399 1339863Urbano Lr D 92 15175 1396070Urbano PzC B 85 13279 1128752Urbano SgF D 92 192 17668.08Urbano DeC D 92 4222 388439.6
Bosque Ab Lr D 82 32884 2696466Urbano JaC2 D 92 30191 2777602Urbano Lr D 92 12 1059.726Urbano Sa B 85 404 34360.12Urbano JcC D 92 673 61961.38Urbano SgF D 92 41766 3842470Urbano DeF D 92 568 52294.99Urbano JcB D 92 9876 908547.2Urbano Se B 85 32543 2766191Urbano JaB D 92 13990 1287049Urbano Sa B 85 6683 568024.6Urbano JaC2 D 92 7692 707637.8Urbano FvB D 92 94966 8736915
Urbano JcC D 92 32182 2960708Urbano JaB D 92 7123 655309.6Urbano JcC D 92 5818 535297Urbano PzC B 85 660 56089.43Urbano SgF D 92 31109 2862007Urbano SgF D 92 30098 2768978Urbano FrB D 92 51030 4694729Urbano JcB D 92 20014 1841329Urbano DeD D 92 3446 317005.5Urbano Va D 92 13968 1285031Urbano JcC D 92 15937 1466188Urbano SgD D 92 2392 220079Urbano DeD D 92 7283 670017.8Urbano PzC B 85 28131 2391149Urbano SgF D 92 112690 10367456Urbano SgF D 92 2603 239518.5Urbano Sa B 85 1576 133951.4Urbano PzB B 85 25568 2173304Urbano PzC B 85 37610 3196817
Bosque Ab JaC2 D 82 151043 12385489Bosque Ab FrA D 82 24019 1969590Bosque Ab DeF D 82 9851 807786Bosque Ab DeF D 82 66881 5484231Bosque Ab SgF D 82 90213 7397435Bosque Ab JaB D 82 31430 2577279Bosque Ab PzC B 65 2326 151192.7Bosque Ab SgF D 82 11055 906473.6Bosque Ab FvA D 82 1120 91877.7Bosque Ab SgF D 82 45371 3720442Pasto y A DeF D 84 7554 634494.4Pasto y A Lr D 84 75050 6304222Pasto y A JcC D 84 49616 4167724Pasto y A JaB D 84 75 6332.392Pasto y A DeF D 84 14326 1203416Pasto y A Va D 84 13435 1128549Pasto y A JcB D 84 40797 3426944Pasto y A JaB D 84 7887 662543Pasto y A JaC2 D 84 1813 152329.7Pasto y A FvB D 84 14633 1229132Pasto y A JcC D 84 2111 177305.2Pasto y A PzC B 69 5527 381381.7Bosque Ce FrB D 79 283 22341.57Bosque Ce FvB D 79 100917 7972482Bosque Ce DeF D 79 2085 164675.6Bosque Ce JcC D 79 32285 2550502Bosque Ce JaB D 79 25413 2007648Bosque Ce DeF D 79 211077 16675093Bosque Ce Lr D 79 134629 10635725Bosque Ce FrB D 79 17681 1396764Bosque Ce Sa B 60 13392 803491.4Bosque Ce JaC2 D 79 38010 3002776Bosque Ce JcC D 79 4034 318672.6Bosque Ce JaB D 79 11615 917556.6Bosque Ce JaD2 D 79 11920 941667.6Bosque Ce SgF D 79 53741 4245578Bosque Ce DeF D 79 62247 4917475Bosque Ce Va D 79 7007 553571.3Bosque Ce JcB D 79 181 14280.6Bosque Ce SgD D 79 14514 1146590Bosque Ce Se B 60 2327 139615.7Urbano DeF D 92 50244 4622411Urbano SgF D 92 9456 869991.1Urbano JaC D 92 412112 37914303Urbano FrB D 92 511704 47076733Urbano JaB D 92 12337 1134987Urbano DeD D 92 6074 558822.1Urbano JaC2 D 92 45276 4165432Urbano FvB D 92 7710 709284.5
Bosque Ce DeF D 79 18997 1500765Bosque Ce SgF D 79 257647 20354109Bosque Ce DeF D 79 39164 3093983Bosque Ce JaC2 D 79 21218 1676223Bosque Ce SgF D 79 37433 2957200Bosque Ce DeF D 79 445190 35170048
Bosque Ce JaC2 D 79 806 63660.28Bosque Ce JaC2 D 79 8001 632110.6Bosque Ce SgF D 79 123634 9767075Bosque Ce SgF D 79 208876 16501180Bosque Ce JaC2 D 79 844 66696.26Bosque Ce JaC D 79 8543 674926.7Urbano DeF D 92 18637 1714568Urbano JaC2 D 92 339 31198.42Urbano FrA D 92 92713 8529640Urbano Sa B 85 17770 1510478Urbano FrB D 92 7796 717194.4Urbano Va D 92 3543 325921.1Urbano FvA D 92 16165 1487143Urbano FvA D 92 15592 1434493Urbano Fe D 92 2067 190147.2Urbano Ca D 92 16213 1491598Urbano FrA D 92 24760 2277909Urbano FvB D 92 10081 927444.5Urbano FrA D 92 470 43197.54
Bosque Ce DeF D 79 46581 3679866Bosque Ce Vo D 79 24857 1963715Pasto y A FrA D 84 292166 24541962Pasto y A Sa B 69 35670 2461258Pasto y A FrB D 84 1188 99817.11Pasto y A Va D 84 631447 53041570Pasto y A FvA D 84 8005 672442.2Pasto y A FvA D 84 28845 2422964Pasto y A Fe D 84 1487607 1.25E+08Pasto y A Ca D 84 198662 16687646Pasto y A FrA D 84 69483 5836586Pasto y A FvB D 84 31079 2610633Pasto y A FrA D 84 100638 8453630Pasto y A Ca D 84 121545 10209749Pasto y A Ag D 84 944777 79361302Pasto y A Gc D 84 372745 31310605Pasto y A Fe D 84 54914 4612802Pasto y A Sa B 69 60339 4163416Pasto y A PzC B 69 56496 3898195Pasto y A SgF D 84 275531 23144564Pasto y A DeF D 84 667140 56039735Pasto y A Vo D 84 77 6426.252Pasto y A JaC2 D 84 42937 3606722Pasto y A JaC2 D 84 35397 2973356Pasto y A SgF D 84 3724 312787.8Pasto y A SgF D 84 2030 170534.7Pasto y A JaC2 D 84 21887 1838526Pasto y A SgF D 84 170712 14339814Pasto y A JaC D 84 97769 8212577Pasto y A DeD D 84 41321 3470942Pasto y A JaC D 84 185323 15567160Pasto y A JaB D 84 325958 27380434Pasto y A FrB D 84 436079 36630662Pasto y A JaB D 84 39486 3316858Pasto y A JaD2 D 84 407 34210.07Pasto y A JcB D 84 29482 2476470Pasto y A SgD D 84 7237 607866.6Pasto y A DeD D 84 5806 487736Pasto y A JaC2 D 84 8372 703244.8Pasto y A JaC2 D 84 26306 2209696Pasto y A PzC B 69 10379 716129.7Pasto y A DeD D 84 44847 3767181Pasto y A DeF D 84 169810 14264062Pasto y A SgF D 84 34557 2902775Pasto y A FvB D 84 69477 5836038Pasto y A DeD D 84 36639 3077668Pasto y A DeF D 84 3192 268123.7Pasto y A JcB D 84 5852 491606.2Pasto y A JcB D 84 32195 2704385Pasto y A FvA D 84 27984 2350630Pasto y A DeF D 84 9538 801197.1Pasto y A JaC2 D 84 505270 42442694Pasto y A DeC D 84 5586 469220.5Pasto y A SgF D 84 15045 1263780Pasto y A JcC D 84 30138 2531588
Pasto y A DeF D 84 13812 1160228Pasto y A JaB D 84 30298 2545025Pasto y A DeD D 84 16056 1348719Pasto y A DeF D 84 27149 2280494Pasto y A JaC2 D 84 22245 1868603Pasto y A Lr D 84 24881 2089965Pasto y A DeF D 84 208718 17532337Pasto y A FrB D 84 6820 572858.1Pasto y A SgF D 84 70719 5940368Pasto y A FrA D 84 619393 52029042Pasto y A Sa B 69 18312 1263542Pasto y A JaC2 D 84 342 28713.6Pasto y A JaD2 D 84 44016 3697380Pasto y A DeF D 84 26141 2195834Pasto y A FrB D 84 41033 3446744Pasto y A DeF D 84 65022 5461809Pasto y A SgF D 84 142828 11997517Pasto y A SgF D 84 24914 2092738Pasto y A PzB B 69 18191 1255200Pasto y A JcC D 84 13118 1101899Pasto y A SgF D 84 21602 1814559Pasto y A DeF D 84 14333 1203945Pasto y A Se B 69 1798 124045.4Pasto y A PzB B 69 9311 642493.1Pasto y A DeF D 84 77690 6525971Pasto y A Sa B 69 2318 159917.6Pasto y A FvB D 84 2348 197236.3Pasto y A SgF D 84 269139 22607635Pasto y A Sa B 69 12636 871881.3Pasto y A PzC B 69 74919 5169440Pasto y A JcC D 84 5027 422261.4Pasto y A SgF D 84 2226 187018.7Pasto y A SgF D 84 19737 1657868Pasto y A FrB D 84 81946 6883465Pasto y A Va D 84 44538 3741171Pasto y A SgD D 84 2508 210701.4Pasto y A PzC B 69 279 19264.56Pasto y A FvA D 84 128421 10787371Pasto y A SgF D 84 2848 239198.5Pasto y A SgF D 84 119 9963.644Pasto y A FvA D 84 7548 634031.6Pasto y A Sa B 69 8203 566038.5Pasto y A PzB B 69 27012 1863834Pasto y A SgF D 84 15569 1307767Pasto y A PzB B 69 12353 852385.6Pasto y A DeC D 84 11854 995697.8Pasto y A Sa B 69 5257 362699.4Pasto y A Ca D 84 44981 3778388Pasto y A Ca D 84 47678 4004993Pasto y A FrB D 84 26796 2250859Pasto y A PzC B 69 4479 309030.1Pasto y A FrA D 84 18872 1585213Pasto y A FvB D 84 1430 120104.7Bosque Ce PzC B 60 19123 1147393Bosque Ce SgF D 79 493207 38963320Bosque Ce Va D 79 242 19121.34Bosque Ce SgD D 79 3207 253373.1Bosque Ce PzB B 60 57935 3476072Bosque Ce Sa B 60 1719 103110.2Bosque Ce PzC B 60 2180 130812.2
Watershed C
Land use Soil type Soil group CN Area (m2) CN*ABosque Ab JcB D 82 92732 7604040 CN 83.19Bosque Ab SgF D 82 152224 12482340Bosque Ab PzC B 65 81608 5304512Bosque Ab FrA D 82 32719 2682923Bosque Ab DeF D 82 25129 2060560Bosque Ab PzC B 65 3674 238831.5Bosque Ab JcC D 82 2933 240536.6Bosque Ce Fe D 79 2195 173404.4Bosque Ce JcB D 79 25602 2022536Bosque Ce SgF D 79 282556 22321910Bosque Ce JcC D 79 5220 412403.7Bosque Ce AcE B 60 4672 280312.1Bosque Ce PzC B 60 23493 1409579Bosque Ce JcC D 79 630 49758.85Pasto y A Gc D 84 20953 1760068Pasto y A Ag D 84 254847 21407126Pasto y A Fe D 84 141076 11850420Pasto y A JcB D 84 25841 2170644Pasto y A AcD B 69 5792 399620.7Pasto y A PzC B 69 8625 595108.9Pasto y A FrA D 84 29815 2504482Urbano DeF D 92 86731 7979236Urbano JaC D 92 38349 3528086Urbano FvB D 92 16345 1503765Urbano DeD D 92 51100 4701245Urbano DeC D 92 102560 9435516Urbano DeD D 92 87191 8021531Urbano JaC D 92 2775 255314.5Urbano SgF D 92 3052 280741.5Urbano SgD D 92 5285 486214.7Urbano SgF D 92 3434 315945.5Urbano DeF D 92 34 3089.872Urbano DeC D 92 12045 1108119Urbano DeD D 92 8738 803889.2Urbano DeD D 92 16642 1531026Urbano JaB D 92 19113 1758351Urbano DeD D 92 1332 122516Urbano Sa B 85 16 1365.99Urbano JaB D 92 3524 324237.4
Bosque Ab DeF D 82 8866 727022.5Bosque Ab DeC D 82 7209 591170.7Bosque Ab DeD D 82 41122 3371999Bosque Ab FvB D 82 3806 312120.5Bosque Ab DeF D 82 21178 1736573Bosque Ab FrB D 82 60 4889.3Bosque Ab JaC D 82 7586 622042.6Bosque Ab SgD D 82 23697 1943191Bosque Ab SgF D 82 8394 688281Bosque Ab DeF D 82 6420 526447.5Bosque Ab DeC D 82 149 12233.62Bosque Ce DeF D 79 423733 33474906Bosque Ce DeD D 79 2935 231854.3Bosque Ce SgF D 79 356501 28163616Bosque Ce JaC2 D 79 6182 488340.6Bosque Ce DeD D 79 15478 1222733Bosque Ce DeF D 79 930 73489.07Bosque Ce DeD D 79 427 33727.68Bosque Ce JaC D 79 9274 732679.5Bosque Ce SgF D 79 24948 1970906Bosque Ce DeF D 79 39865 3149337Bosque Ce DeD D 79 7400 584583.1Bosque Ce DeD D 79 43382 3427215Bosque Ce DeC D 79 28087 2218861Bosque Ce DeD D 79 6770 534828.9Bosque Ce JaC D 79 7965 629271.5Bosque Ce FvB D 79 7967 629429.8Bosque Ce DeF D 79 9067 716259.8Bosque Ce DeF D 79 57060 4507711Bosque Ce FvB D 79 2283 180359.6Bosque Ce DeF D 79 6843 540590Urbano DeF D 92 60137 5532603Urbano DeD D 92 2181 200678.8
Urbano DeF D 92 79388 7303697Urbano DeD D 92 55799 5133518
Bosque Ab So D 82 5346 438400.8Bosque Ab DeF D 82 3757 308069.9Urbano DeF D 92 393150 36169788Urbano DeD D 92 249207 22927039Urbano DeC D 92 14899 1370739Urbano DeF D 92 9203 846717.9Urbano DeC D 92 22159 2038654Urbano JaC2 D 92 114509 10534832Urbano DeD D 92 17732 1631312Urbano FvB D 92 45167 4155377Urbano DeD D 92 21439 1972368Urbano DeC D 92 4876 448602.7Urbano DeD D 92 59 5430.372Urbano JaC D 92 455 41871.61Urbano DeF D 92 13282 1221953Urbano DeF D 92 3298 303419.8Urbano FrB D 92 2540 233680.3Urbano FvB D 92 2568 236286.2Urbano SgD D 92 4044 372082.2Urbano Sa B 85 21048 1789066Urbano FvA D 92 89 8173.126Urbano FrB D 92 3471 319314.2Urbano FrA D 92 7616 700651.7Urbano FvA D 92 19142 1761075Urbano Ca D 92 20445 1880966Urbano Sa B 85 3548 301560.7Pasto y A DeF D 84 529243 44456448Pasto y A Vo D 84 53542 4497542Pasto y A DeF D 84 46814 3932410Pasto y A DeD D 84 135453 11378069Pasto y A DeC D 84 29019 2437585Pasto y A DeD D 84 525 44062.37Pasto y A DeC D 84 12547 1053990Pasto y A DeD D 84 120022 10081853Pasto y A JaC2 D 84 9616 807732.9Pasto y A SgF D 84 5735 481764.2Pasto y A DeF D 84 201818 16952728Pasto y A DeD D 84 100454 8438144Pasto y A So D 84 7233 607604.3Pasto y A DeF D 84 60895 5115166Pasto y A MvC D 84 34661 2911505Pasto y A DeD D 84 23960 2012639Pasto y A DeF D 84 33852 2843575Pasto y A Sa B 69 224441 15486402Pasto y A FrA D 84 80696 6778480Pasto y A FvA D 84 78886 6626401Pasto y A DeD D 84 16586 1393200Pasto y A Ca D 84 46645 3918217Pasto y A Va D 84 46331 3891765Pasto y A Va D 84 25454 2138146Pasto y A Sa B 69 6523 450071Pasto y A Sc B 69 333631 23020508Pasto y A FrA D 84 110485 9280724Pasto y A Fe D 84 651845 54755004Pasto y A Gc D 84 358027 30074301Pasto y A Ag D 84 733585 61621114Pasto y A JaC D 84 18236 1531860Pasto y A DeF D 84 14179 1191036Pasto y A DeF D 84 33331 2799819Pasto y A JaD2 D 84 17229 1447247Pasto y A Gc D 84 315235 26479728Pasto y A Fe D 84 4570 383899.6Pasto y A DeF D 84 65678 5516913Pasto y A SgF D 84 2360 198202.1Pasto y A JaC D 84 508091 42679626Pasto y A FvB D 84 39300 3301213Pasto y A DeD D 84 95027 7982290Pasto y A DeC D 84 65689 5517861Pasto y A DeD D 84 3156 265123.3Pasto y A DeF D 84 23 1963.747Pasto y A DeC D 84 992 83337.97Pasto y A DeD D 84 43271 3634770
Pasto y A DeD D 84 348 29248.47Pasto y A JaB D 84 73104 6140696Pasto y A JaD2 D 84 17420 1463314Pasto y A DeD D 84 27240 2288147Pasto y A JaB D 84 38255 3213396Pasto y A DeD D 84 10654 894942.1Pasto y A FrB D 84 20194 1696298Pasto y A Sa B 69 109667 7567056Pasto y A JaB D 84 122871 10321127Pasto y A FvA D 84 46927 3941875Pasto y A FrB D 84 235276 19763208Pasto y A JaC2 D 84 16300 1369163Pasto y A DeF D 84 61469 5163379Pasto y A DeD D 84 46376 3895597Pasto y A JaD2 D 84 35854 3011703Pasto y A JaC2 D 84 44550 3742180Pasto y A SgF D 84 9871 829136.8Pasto y A Sc B 69 86570 5973351Pasto y A JcC D 84 18771 1576783Pasto y A FrA D 84 7460 626673.9Pasto y A FrB D 84 10295 864760.2Pasto y A FvA D 84 50614 4251570Pasto y A DeF D 84 57162 4801601Pasto y A SgF D 84 3618 303881.9Pasto y A Ca D 84 36083 3030981Pasto y A SgF D 84 6439 540880.2Pasto y A Sa B 69 5026 346789.1Pasto y A DeF D 84 1 44.26565Pasto y A DeF D 84 1 44.26565Pasto y A DeF D 84 0 8.458309Pasto y A DeD D 84 0 8.458309Pasto y A Vo D 84 0 13.39304Pasto y A So D 84 0 13.39304Pasto y A Vo D 84 0 10.10758Pasto y A DeF D 84 0 10.10758Pasto y A DeF D 84 0 4.440056Pasto y A DeD D 84 0 4.440056Pasto y A DeF D 84 1 42.25516Pasto y A DeF D 84 1 42.25516
Watershed D
Land use Soil type Soil group CN Area (m2) CN*ABosque Ce Fe D 79 1 78 CN 82.50Bosque Ce JcB D 79 27945 2207668Bosque Ce JcC D 79 35983 2842657Bosque Ce SgF D 79 710821 56154852Bosque Ce PzC B 60 45035 2702076Bosque Ce JcC D 79 36689 2898399Bosque Ce AcE B 60 16872 1012314Bosque Ce DeF D 79 2184 172528Pasto y A Ft D 84 620 52044Pasto y A FrA D 84 12116 1017747Pasto y A JcC D 84 52277 4391269Pasto y A SgF D 84 7324 615216Pasto y A JcB D 84 52550 4414227Pasto y A DeF D 84 12688 1065808Pasto y A SgF D 84 2266 190377Pasto y A Fe D 84 677 56900Pasto y A JcB D 84 287 24147Bosque Ce Fe D 79 19 1522Bosque Ce Ft D 79 5173 408681Bosque Ce JcB D 79 32532 2570063Bosque Ce JcC D 79 38393 3033056Bosque Ce SgF D 79 51509 4069238Bosque Ce PzC B 60 10246 614784Bosque Ab FrB D 82 3609 295913Bosque Ab SgD D 82 2309 189314Bosque Ab SgF D 82 14060 1152885Bosque Ab DeF D 82 17797 1459385Bosque Ab DeC D 82 440 36095Urbano DeD D 92 66438 6112319Urbano DeC D 92 60326 5549959Urbano DeF D 92 4733 435474Urbano FvB D 92 9484 872551Urbano JaC D 92 27583 2537594Urbano DeF D 92 30273 2785125Urbano Sa B 85 8532 725235Urbano FrA D 92 44539 4097621Urbano JaB D 92 3233 297400Urbano FrB D 92 11755 1081500Urbano FrB D 92 483 44445Urbano DeF D 92 777 71456Urbano DeC D 92 948 87185Urbano FrB D 92 3737 343801Urbano FrA D 92 11447 1053162Urbano Sa B 85 802 68189Urbano FvA D 92 29230 2689193Pasto y A DeD D 84 95 7957Pasto y A FvB D 84 86146 7236240Pasto y A Sc B 69 9207 635307Pasto y A FrB D 84 10607 891028Pasto y A FrA D 84 11147 936345Pasto y A Sa B 69 183010 12627691Pasto y A FvA D 84 611583 51372989Pasto y A Ca D 84 1179754 99099319Pasto y A FvA D 84 2994 251456Pasto y A Fe D 84 443184 37227433Pasto y A Sa B 69 229292 15821163Pasto y A Va D 84 213124 17902428Pasto y A JaC D 84 82818 6956705Pasto y A DeD D 84 75259 6321756Pasto y A DeF D 84 51621 4336164Pasto y A Fe D 84 4705 395223Pasto y A Gc D 84 1137621 95560156Pasto y A Ag D 84 352621 29620164Pasto y A JaC D 84 11475 963882Pasto y A DeF D 84 1081 90764Pasto y A DeF D 84 27388 2300596Pasto y A Fe D 84 209516 17599351Pasto y A Ft D 84 110070 9245839Pasto y A FrA D 84 13465 1131082Pasto y A JcB D 84 40254 3381372Pasto y A JcC D 84 11945 1003368Pasto y A SgF D 84 1323 111136
Pasto y A JcB D 84 4394 369120Pasto y A PzC B 69 869 59969Pasto y A FvB D 84 160569 13487809Pasto y A Sa B 69 73 5009Pasto y A FrA D 84 21525 1808088Pasto y A JaB D 84 1703 143045Pasto y A FrB D 84 21346 1793092Pasto y A DeF D 84 3215 270034Pasto y A DeC D 84 20577 1728460Pasto y A FrB D 84 55660 4675414Pasto y A FrA D 84 9434 792434Pasto y A FvA D 84 55773 4684967
Watershed E
Land use Soil type Soil group CN Area (m2) CN*ABosque Ce JaB D 79 108215 8548964 CN 82.843Bosque Ce DeF D 79 53152 4198995Bosque Ce JaD2 D 79 70 5499.381Bosque Ce FvA D 79 37453 2958802Bosque Ce JaC D 79 33329 2632964Bosque Ce JcC D 79 36084 2850613Bosque Ce SgF D 79 29355 2319013Bosque Ce DeD D 79 39339 3107809Bosque Ce SgF D 79 131776 10410282Bosque Ce PzD B 60 23294 1397646Bosque Ce JcC D 79 8535 674273.1Urbano FvA D 92 1846 169787.2Urbano JaB D 92 99640 9166919Urbano JcC D 92 11730 1079143Urbano DeD D 92 3090 284252.9Urbano JcB D 92 497 45769.81Urbano PzD B 85 388 32949.4Urbano SgF D 92 7929 729472.6Urbano JcC D 92 3904 359170.6
Bosque Ab JcB D 82 167169 13707831Bosque Ab FvA D 82 4962 406862.7Bosque Ab PzC B 65 6960 452373.3Bosque Ab PzD B 65 11717 761583.1Bosque Ab SgF D 82 140070 11485703Bosque Ab SgF D 82 56 4564.179Bosque Ab JcC D 82 103112 8455143Bosque Ab PzD B 65 68896 4478248Bosque Ab PzC B 65 34039 2212563Bosque Ab SgF D 82 43753 3587759Bosque Ab FrB D 82 40430 3315273Bosque Ab JcB D 82 73923 6061705Bosque Ab PzC B 65 27257 1771692Bosque Ab JcC D 82 16342 1340050Bosque Ab DeF D 82 9512 780017.8Bosque Ab SgF D 82 21613 1772243Bosque Ab DeC D 82 15489 1270099Bosque Ab JaB D 82 93031 7628535Bosque Ab DeD D 82 4997 409787.5Bosque Ab FrB D 82 87547 7178823Bosque Ab JcC D 82 7144 585797Bosque Ab FrB D 82 7296 598252.2Bosque Ab JaB D 82 1577 129298.3Bosque Ab JaC2 D 82 29077 2384344Bosque Ce SgF D 79 27687 2187290Bosque Ab SgF D 82 38220 3134029Bosque Ab DeD D 82 41905 3436244Bosque Ab JcC D 82 30126 2470353Bosque Ab JcC D 82 5993 491400.4Bosque Ab FrA D 82 48 3955.261Bosque Ab JaC D 82 65050 5334100Bosque Ab JaB D 82 237597 19482926Bosque Ab DeF D 82 38421 3150533Bosque Ab DeD D 82 10174 834308.4Bosque Ab DeF D 82 29945 2455525Bosque Ab JaD2 D 82 31153 2554561Bosque Ab DeD D 82 2159 177053.9Bosque Ab JaC D 82 60741 4980725Bosque Ab FvA D 82 32686 2680267Bosque Ab JaC D 82 22251 1824542Bosque Ab SgF D 82 3194 261926.2Bosque Ce JcC D 79 530 41896.55Bosque Ce SgF D 79 346897 27404894Bosque Ce JcB D 79 335 26489Bosque Ce DeF D 79 17 1324.322Bosque Ce DeD D 79 25507 2015084Bosque Ce JcC D 79 12019 949526.3Pasto y A Ft D 84 6808 571880.5Pasto y A PzC B 69 21432 1478794Pasto y A FrA D 84 300187 25215706Pasto y A SgF D 84 36471 3063530Pasto y A JcC D 84 148531 12476589Pasto y A SgF D 84 27892 2342907
Pasto y A JcB D 84 428137 35963534Pasto y A JcB D 84 152657 12823222Pasto y A FvA D 84 477745 40130547Pasto y A DeF D 84 41717 3504251Pasto y A SgF D 84 8818 740735.6Pasto y A PzC B 69 20388 1406802Pasto y A SgF D 84 39394 3309086Pasto y A JcC D 84 795 66801.85Pasto y A SgF D 84 20791 1746455Pasto y A DeD D 84 24151 2028706Pasto y A JcC D 84 3795 318789.7Pasto y A DeF D 84 715 60019.14Pasto y A DeD D 84 17695 1486399Pasto y A JcC D 84 24511 2058929Pasto y A FrA D 84 164176 13790788Pasto y A DeF D 84 35655 2995032Pasto y A JaC D 84 200012 16801004Pasto y A JaB D 84 1011854 84995706Pasto y A DeF D 84 9245 776557Pasto y A DeD D 84 17220 1446505Pasto y A DeF D 84 27051 2272265Pasto y A FvB D 84 15304 1285577Pasto y A FrA D 84 104363 8766457Pasto y A PzB B 69 46624 3217051Pasto y A DeD D 84 61339 5152450Pasto y A PzB B 69 16590 1144741Pasto y A JaC D 84 31275 2627141Pasto y A JaC2 D 84 50847 4271133Pasto y A JaC D 84 53964 4532935Pasto y A JaC2 D 84 50095 4207940Pasto y A JaC2 D 84 78002 6552144Pasto y A JcC D 84 205241 17240220Pasto y A JcB D 84 13960 1172620Pasto y A DeD D 84 965 81053.09Pasto y A SgF D 84 138038 11595177Pasto y A PzD B 69 8802 607320.3Bosque Ce FrA D 79 4815 380381.9Bosque Ce JcC D 79 31539 2491574Bosque Ce JcB D 79 11727 926429.8Bosque Ce JcB D 79 84811 6700099Bosque Ce FvA D 79 37824 2988097Bosque Ce JcC D 79 43128 3407110Bosque Ce SgF D 79 27612 2181375Bosque Ce JcC D 79 16022 1265745Bosque Ce SgF D 79 11252 888945.8Bosque Ce DeF D 79 4428 349839.7Bosque Ce JaB D 79 57653 4554602Bosque Ce FrB D 79 7661 605209.9Bosque Ce FvB D 79 53086 4193805Bosque Ce JaB D 79 9730 768696.2Bosque Ce JaC2 D 79 28836 2278054Urbano JaB D 92 254 23409.13
Bosque Ce SgD D 79 2566 202726.3Bosque Ce SgF D 79 35099 2772849Bosque Ce DeF D 79 529766 41851490Bosque Ce Vo D 79 80955 6395471Bosque Ce DeD D 79 3762 297195.4Bosque Ce JaC2 D 79 27 2147.699Bosque Ce Vo D 79 8864 700277.6Bosque Ce DeD D 79 13398 1058481Bosque Ce DeF D 79 136960 10819824Bosque Ce DeD D 79 6452 509694.7Bosque Ce SgF D 79 42033 3320645Bosque Ce DeD D 79 66881 5283589Urbano DeF D 92 25995 2391502Urbano JaC2 D 92 5588 514106.2Urbano DeD D 92 10565 972022.9Urbano DeF D 92 28160 2590685Urbano DeD D 92 14628 1345737Urbano DeF D 92 1806 166196.1Urbano DeD D 92 27334 2514767Urbano DeF D 92 32822 3019605Urbano DeC D 92 3464 318679.4Urbano DeF D 92 252999 23275879
Urbano DeD D 92 6476 595817.6Urbano DeD D 92 1244 114410.2Urbano DeD D 92 25156 2314325Urbano DeC D 92 10831 996469.4Urbano FrB D 92 493 45329.16Urbano FvB D 92 9180 844567.1Urbano DeC D 92 174950 16095378Urbano JaD2 D 92 1139 104780.8Urbano DeF D 92 5901 542852.8Urbano DeD D 92 45815 4215006Urbano JaC D 92 4815 443013.5Urbano JaB D 92 8682 798764.5Urbano FrB D 92 3276 301380.6Urbano FvB D 92 15067 1386167Urbano JaC D 92 21989 2023015Urbano FvB D 92 4973 457560.9Urbano Sc B 85 15509 1318240Urbano JaB D 92 3904 359148.5Urbano FvB D 92 5047 464367.6Urbano JaB D 92 524 48182.9Urbano FvA D 92 9622 885259.5Urbano FrA D 92 5414 498109Pasto y A DeF D 84 387518 32551550Pasto y A Vo D 84 41734 3505657Pasto y A DeD D 84 51807 4351819Pasto y A JaC2 D 84 74094 6223877Pasto y A DeC D 84 8760 735809.1Pasto y A DeD D 84 17348 1457238Pasto y A DeC D 84 9033 758784.5Pasto y A DeD D 84 20440 1716951Pasto y A DeD D 84 320 26877.78Pasto y A DeD D 84 63890 5366801Pasto y A SgF D 84 15586 1309182Pasto y A DeC D 84 11544 969700.5Pasto y A JaD2 D 84 14598 1226273Pasto y A DeD D 84 992 83324.43Pasto y A JaC D 84 2851 239510.3Pasto y A DeF D 84 132490 11129193Pasto y A So D 84 11485 964758.5Pasto y A DeD D 84 40542 3405497Pasto y A DeC D 84 2881 241968.9Pasto y A DeC D 84 1635 137323.2Pasto y A DeF D 84 136323 11451120Pasto y A DeD D 84 804 67543.52Pasto y A DeD D 84 117325 9855286Pasto y A FrB D 84 96041 8067468Pasto y A JaC2 D 84 44815 3764434Pasto y A DeC D 84 17247 1448725Pasto y A DeC D 84 40511 3402932Pasto y A JaB D 84 36295 3048754Pasto y A DeC D 84 21010 1764848Pasto y A Sa B 69 153212 10571612Pasto y A JaB D 84 39243 3296389Pasto y A FrB D 84 88184 7407426Pasto y A FvB D 84 100052 8404352Pasto y A JaB D 84 60482 5080528Pasto y A DeD D 84 29093 2443810Pasto y A DeF D 84 28438 2388765Pasto y A JaD2 D 84 27966 2349107Pasto y A FrB D 84 311052 26128355Pasto y A FvB D 84 25517 2143433Pasto y A FvB D 84 12869 1081037Pasto y A JaC D 84 17922 1505434Pasto y A DeF D 84 16388 1376578Pasto y A Sc B 69 89487 6174636Pasto y A JaB D 84 33 2812.164Pasto y A FvB D 84 27450 2305769Pasto y A FvB D 84 587 49276.39Pasto y A JcB D 84 9669 812193.8Pasto y A FvB D 84 52857 4439981Pasto y A FvB D 84 48745 4094585Pasto y A JaC D 84 18772 1576828Pasto y A DeC D 84 7179 603008Pasto y A PzC B 69 4323 298294.4
Pasto y A DeD D 84 1837 154309Pasto y A SgD D 84 47146 3960247Pasto y A FvA D 84 69025 5798073Pasto y A FrA D 84 226852 19055549Pasto y A JaB D 84 27588 2317374Pasto y A SgF D 84 3129 262858.7Pasto y A DeC D 84 35143 2951971Pasto y A DeF D 84 2634 221254.2Pasto y A SgD D 84 5343 448832.3Pasto y A FrA D 84 146997 12347767Pasto y A Fe D 84 25379 2131875Pasto y A DeD D 84 13513 1135098Pasto y A FrB D 84 9535 800905Pasto y A DeD D 84 50672 4256437Pasto y A FrB D 84 1315 110501.5Pasto y A Sc B 69 128527 8868369Pasto y A Ag D 84 17211 1445720Pasto y A Ca D 84 594842 49966720Pasto y A FvA D 84 166687 14001714Pasto y A JaC2 D 84 48376 4063595Pasto y A DeF D 84 60685 5097502Pasto y A Fe D 84 1591255 1.34E+08Pasto y A Ag D 84 16796 1410893Pasto y A JaC D 84 31127 2614653Pasto y A DeF D 84 20911 1756551Pasto y A DeF D 84 125950 10579759Pasto y A FvA D 84 104403 8769826Pasto y A JaC D 84 39704 3335107Pasto y A DeD D 84 23664 1987791Pasto y A DeF D 84 36491 3065233Pasto y A Gc D 84 476733 40045544Pasto y A Fe D 84 245270 20602691Pasto y A Ft D 84 316377 26575682Pasto y A FrA D 84 28187 2367737Pasto y A FrB D 84 111604 9374712Pasto y A PzC B 69 92141 6357716Pasto y A FrA D 84 215000 18060039Pasto y A SgF D 84 52071 4373960Pasto y A DeC D 84 26746 2246704Pasto y A DeD D 84 43038 3615208Pasto y A JaC D 84 41 3441.546Pasto y A JaB D 84 13579 1140621Pasto y A FvB D 84 66958 5624465Pasto y A JaC D 84 24 2001.002Pasto y A FvB D 84 6425 539729.5Pasto y A Sc B 69 23455 1618416Pasto y A JaB D 84 22760 1911811Pasto y A FvB D 84 29097 2444114Pasto y A JaB D 84 1394 117137.5Pasto y A FrB D 84 14 1145.877Pasto y A FvA D 84 7555 634579.6Pasto y A FrA D 84 1998 167863Pasto y A DeF D 84 0 5.366039Pasto y A DeF D 84 0 5.366039Pasto y A DeF D 84 0 0.229206Pasto y A So D 84 0 0.229206Pasto y A Vo D 84 0 2.141752Pasto y A DeF D 84 0 2.141752Pasto y A Vo D 84 0 27.57731Pasto y A So D 84 0 27.57731
Watershed F
Land use Soil type Soil group CN Area (m2) CN*AUrbano JcB D 92 9148 841645.4 CN 82.8Urbano PzD B 85 1601 136079Urbano SgF D 92 26 2406.658Urbano JcC D 92 126 11624.58
Bosque Ab JcB D 82 121 9948.294Bosque Ab PzC B 65 23800 1546995Bosque Ab PzB B 65 1158 75261.39Bosque Ab PzD B 65 81013 5265833Bosque Ab SgF D 82 132368 10854181Bosque Ab SgF D 82 32113 2633306Bosque Ab PzC B 65 8738 567946Bosque Ab PzD B 65 4038 262489.5Bosque Ab SgF D 82 117943 9671350Bosque Ab PzD B 65 29293 1904020Bosque Ab PzC B 65 36643 2381827Bosque Ab SgF D 82 7564 620237.1Bosque Ce PzC B 60 17621 1057242Bosque Ce PzD B 60 1078 64696.05Bosque Ce SgF D 79 5159 407536.8Bosque Ce JcB D 79 14935 1179846Bosque Ce PzC B 60 33867 2032035Bosque Ce PzB B 60 4782 286920Bosque Ce PzD B 60 67343 4040591Bosque Ce SgF D 79 175781 13886698Pasto y A PzC B 69 11641 803235.9Pasto y A FrA D 84 13792 1158518Pasto y A SgF D 84 57250 4808986Pasto y A JcB D 84 111588 9373429Pasto y A PzC B 69 3987 275133.5Pasto y A JcC D 84 27554 2314522Pasto y A PzC B 69 10638 734053.4Pasto y A SgF D 84 11964 1004983Urbano Ag D 92 1129 103854.3Urbano PzC B 85 3849 327135.2Urbano FrA D 92 78194 7193829Urbano SgF D 92 5420 498646Urbano AcD B 85 19595 1665554Urbano PzC B 85 69927 5943827Urbano AcD B 85 17646 1499903Urbano AcE B 85 28442 2417596Urbano PzB B 85 15340 1303868Urbano PzD B 85 801 68118.94Pasto y A Ag D 84 230721 19380538Pasto y A FrA D 84 12199 1024716Pasto y A FrA D 84 2574 216175.9Pasto y A PzC B 69 48223 3327377Pasto y A FrB D 84 160773 13504900Pasto y A PzB B 69 77781 5366870Pasto y A AcD B 69 13645 941475.6Urbano Ag D 92 15338 1411110Urbano PzC B 85 7537 640624.3Urbano FrA D 92 31192 2869670Urbano SgF D 92 9125 839488.3Urbano JaC D 92 2569 236308.8Urbano DeD D 92 34348 3160019Urbano JaC D 92 2693 247727.9Urbano FrB D 92 6398 588610.5Urbano FvA D 92 12986 1194675Urbano JaC2 D 92 86688 7975272Urbano DeF D 92 77413 7121981Urbano FrA D 92 30630 2817986Urbano DeD D 92 12674 1165995Urbano DeF D 92 46471 4275313
Bosque Ce Sa B 60 4095 245706.2Bosque Ce PzC B 60 2453 147165.2Bosque Ce SgD D 79 53 4179.307Bosque Ce SgF D 79 99817 7885514Bosque Ce DeF D 79 6925 547088.5Urbano Sa B 85 8704 739855Urbano SgD D 92 8142 749043.1Urbano PzC B 85 2019 171576.5Urbano SgF D 92 3794 349058.6
Urbano DeC D 92 317 29173.9Urbano FvB D 92 28195 2593950Urbano DeD D 92 15769 1450736Urbano DeF D 92 100609 9256008Urbano JaC2 D 92 2565 236018.1Urbano DeF D 92 53988 4966910Urbano FrA D 92 198 18170.37Urbano DeD D 92 299 27493.07Urbano FvA D 92 320 29482.39Urbano FrB D 92 66 6029.735Urbano DeC D 92 10786 992288.3Urbano DeC D 92 537 49406.31Urbano DeC D 92 3350 308172.2Urbano FrB D 92 10848 998037Urbano FvA D 92 12892 1186049Urbano FrB D 92 580 53355.55Urbano Sa B 85 5568 473272.1Urbano FrB D 92 8196 754063.8Urbano DeF D 92 3 276.9444
Bosque Ce JaC2 D 79 16316 1288975Bosque Ce DeD D 79 868 68599.96Bosque Ce DeF D 79 47011 3713891Bosque Ce SgF D 79 361297 28542453Bosque Ab SgF D 82 92425 7578866Bosque Ab DeF D 82 41397 3394537Bosque Ab JaC2 D 82 53137 4357232Bosque Ab FrB D 82 36880 3024170Urbano DeF D 92 693 63747.48Urbano JaC2 D 92 91003 8372263Urbano DeF D 92 27852 2562394Urbano SgF D 92 48461 4458423Urbano DeD D 92 59652 5488013Urbano DeF D 92 19658 1808501Urbano JaC2 D 92 28302 2603787Urbano FrB D 92 14110 1298139Urbano DeF D 92 8425 775117.3
Bosque Ce DeF D 79 369347 29178418Bosque Ce JaC2 D 79 50887 4020095Bosque Ce JaB D 79 474 37477.09Bosque Ce DeD D 79 4527 357599.6Bosque Ce FvB D 79 10512 830466.5Bosque Ce SgF D 79 847495 66952142Bosque Ce JaC2 D 79 2062 162926.1Bosque Ce DeC D 79 2844 224653.8Bosque Ce DeC D 79 7971 629730.3Bosque Ce DeD D 79 21889 1729200Bosque Ce Sa B 60 10279 616718.5Bosque Ce DeF D 79 52355 4136069Bosque Ce DeD D 79 10540 832623.7Bosque Ce JaB D 79 4514 356645.1Bosque Ce DeF D 79 2337 184634.2Bosque Ce DeD D 79 6566 518733.9Bosque Ce DeF D 79 96904 7655448Urbano DeF D 92 24223 2228518
Bosque Ce DeF D 79 96580 7629796Bosque Ce Vo D 79 16753 1323451Bosque Ce DeD D 79 8936 705968.7Bosque Ce DeF D 79 11800 932196Bosque Ce So D 79 52126 4117971Bosque Ce DeF D 79 331 26128.23Urbano DeF D 92 1739 160009.5Urbano DeF D 92 7354 676539.9Pasto y A DeF D 84 194 16293.69Pasto y A DeF D 84 15569 1307825Pasto y A DeF D 84 421201 35380845Pasto y A DeC D 84 28014 2353184Pasto y A JaC2 D 84 53918 4529078Pasto y A DeF D 84 55426 4655787Pasto y A DeD D 84 26128 2194719Pasto y A JaB D 84 11722 984640Pasto y A DeD D 84 37104 3116732Pasto y A FvB D 84 11167 937990.3Pasto y A SgF D 84 72700 6106813Pasto y A JaC2 D 84 19243 1616375
Pasto y A DeD D 84 43306 3637675Pasto y A DeC D 84 8974 753815Pasto y A DeC D 84 30065 2525420Pasto y A DeD D 84 23058 1936832Pasto y A DeC D 84 10818 908671.3Pasto y A Sa B 69 390 26917.44Pasto y A DeF D 84 171082 14370922Pasto y A DeD D 84 2022 169852.2Pasto y A JaB D 84 4345 364983.8Pasto y A DeF D 84 3350 281414.8Pasto y A DeD D 84 72306 6073737Pasto y A JaC2 D 84 135537 11385076Pasto y A FrB D 84 725738 60962008Pasto y A FrB D 84 70638 5933575Pasto y A DeD D 84 96560 8111011Pasto y A SgD D 84 7122 598240.8Pasto y A DeC D 84 23721 1992586Pasto y A SgF D 84 12940 1086924Pasto y A SgD D 84 99825 8385266Pasto y A DeD D 84 17859 1500186Pasto y A FvB D 84 24961 2096765Pasto y A Sa B 69 47699 3291254Pasto y A DeC D 84 34856 2927881Pasto y A DeC D 84 61941 5203030Pasto y A FrA D 84 180787 15186082Pasto y A JaC D 84 31041 2607439Pasto y A FvB D 84 19449 1633752Pasto y A SgF D 84 33099 2780327Pasto y A FrB D 84 40215 3378051Pasto y A FvA D 84 40879 3433836Pasto y A DeD D 84 17045 1431766Pasto y A Sa B 69 214046 14769175Pasto y A FvA D 84 168845 14182978Pasto y A FrB D 84 62512 5251043Pasto y A Sa B 69 41066 2833524Pasto y A JaC D 84 39360 3306224Pasto y A SgF D 84 7142 599927.1Pasto y A DeD D 84 11829 993675.7Pasto y A FrB D 84 23270 1954642Pasto y A SgD D 84 52652 4422736Pasto y A FrB D 84 181066 15209505Pasto y A JaB D 84 25262 2122020Pasto y A FvB D 84 8031 674611.6Pasto y A JaB D 84 22803 1915491Pasto y A DeF D 84 13766 1156379Pasto y A JaB D 84 61161 5137499Pasto y A DeF D 84 8953 752025.2Pasto y A PzC B 69 10574 729620.8Pasto y A SgF D 84 19890 1670773Pasto y A Ca D 84 147628 12400741Pasto y A JaC2 D 84 64903 5451866Pasto y A DeC D 84 1285 107981.9Pasto y A PzC B 69 19726 1361080Pasto y A DeD D 84 2349 197337.3Pasto y A SgD D 84 14606 1226899Pasto y A JcC D 84 35833 3009984Pasto y A DeF D 84 134402 11289729Pasto y A SgF D 84 24525 2060137Pasto y A SgF D 84 25987 2182922Pasto y A DeC D 84 5435 456574.8Pasto y A FvB D 84 12833 1078005Pasto y A DeD D 84 26748 2246865Pasto y A DeF D 84 19236 1615864Pasto y A FrA D 84 14554 1222523Pasto y A JaC2 D 84 31089 2611446Pasto y A DeF D 84 89775 7541086Pasto y A FrA D 84 402 33764.17Pasto y A FrA D 84 479705 40295195Pasto y A DeD D 84 70895 5955141Pasto y A FvA D 84 25064 2105344Pasto y A JaB D 84 13469 1131399Pasto y A FrB D 84 88302 7417394Pasto y A DeC D 84 15785 1325927Pasto y A DeC D 84 4185 351499.6
Pasto y A JaC D 84 21527 1808251Pasto y A JaC D 84 16457 1382416Pasto y A DeD D 84 46675 3920731Pasto y A Ag D 84 2521580 2.12E+08Pasto y A Sa B 69 61760 4261443Pasto y A DeD D 84 22851 1919456Pasto y A FvA D 84 135133 11351148Pasto y A Fe D 84 27785 2333919Pasto y A DeD D 84 135 11319.17Pasto y A JaC D 84 25563 2147266Pasto y A Ca D 84 407825 34257282Pasto y A JaC2 D 84 7765 652256.4Pasto y A Fe D 84 549918 46193123Pasto y A DeF D 84 65794 5526698Pasto y A Fe D 84 120292 10104519Pasto y A Gc D 84 30724 2580843Pasto y A Ca D 84 27796 2334869Pasto y A Ag D 84 345594 29029871Pasto y A Ag D 84 377783 31733803Pasto y A Fe D 84 119403 10029826Pasto y A Gc D 84 933201 78388869Pasto y A DeF D 84 0 12.38039Pasto y A FrA D 84 5043 423597.6Pasto y A FvA D 84 41554 3490547Pasto y A Ag D 84 68918 5789109Pasto y A Gc D 84 21448 1801616Pasto y A Fe D 84 84181 7071234Pasto y A FrA D 84 99873 8389367Pasto y A PzC B 69 48210 3326465Pasto y A FrA D 84 10954 920132Pasto y A SgF D 84 91882 7718081Pasto y A DeF D 84 569183 47811340Pasto y A DeD D 84 52536 4413029
Watershed G
Land use Soil type Soil group CN Area (m2) CN*ABosque Ab PzC B 65 15145 984393 CN 83.00Bosque Ab PzC B 65 7188 467236Bosque Ab SgF D 82 19171 1572040Bosque Ab PzD B 65 5882 382348Bosque Ab PzC B 65 187 12145Bosque Ab JcC D 82 12887 1056707Bosque Ab SgD D 82 4145 339878Bosque Ab FrB D 82 249 20403Bosque Ab SgF D 82 25327 2076834Bosque Ab FrB D 82 9628 789512Bosque Ab DeD D 82 3778 309793Bosque Ab JcC D 82 18509 1517743Bosque Ab PzD B 65 2336 151828Bosque Ab PzC B 65 4668 303390Bosque Ab PzD B 65 41223 2679465Bosque Ab SgF D 82 25257 2071077Bosque Ab DeF D 82 5197 426121Bosque Ab PzC B 65 14745 958421Bosque Ab SgD D 82 7164 587467Bosque Ce PzC B 60 19378 1162679Bosque Ce SgF D 79 105133 8305534Bosque Ce PzD B 60 9 531Bosque Ce PzD B 60 2060 123628Bosque Ce SgD D 79 529 41766Bosque Ce SgF D 79 94645 7476989Bosque Ce FrB D 79 37 2895Bosque Ce DeD D 79 3269 258218Bosque Ce JcC D 79 18870 1490735Bosque Ce PzD B 60 7778 466666Bosque Ce PzD B 60 7365 441880Bosque Ce SgD D 79 9847 777933Bosque Ce DeF D 79 4911 387974Bosque Ce PzC B 60 10150 608988Pasto y A Ag D 84 165822 13929086Pasto y A FrA D 84 86031 7226566Pasto y A JcB D 84 267 22404Pasto y A PzC B 69 30176 2082164Pasto y A PzB B 69 74295 5126333Pasto y A FrB D 84 38829 3261658Pasto y A PzC B 69 69694 4808866Pasto y A SgF D 84 21 1732Pasto y A FrB D 84 19984 1678697Pasto y A JcB D 84 34041 2859464Pasto y A FvB D 84 77796 6534856Pasto y A AcD B 69 10312 711527Pasto y A PzD B 69 2400 165575Pasto y A PzD B 69 27721 1912758Pasto y A PzC B 69 7336 506165Pasto y A JcC D 84 7630 640933Pasto y A SgD D 84 3695 310395Pasto y A FrB D 84 10936 918602Urbano FvA D 92 12035 1107262Urbano JaC2 D 92 6831 628475Urbano DeD D 92 383 35237Urbano FrA D 92 17528 1612597Urbano FrA D 92 552 50747Urbano JaB D 92 8714 801687Urbano DeD D 92 25443 2340740Urbano DeC D 92 4253 391245Urbano JaC2 D 92 8751 805129Urbano FrA D 92 6048 556371Urbano FrA D 92 29 2684Urbano JaB D 92 40276 3705413Urbano DeD D 92 72375 6658497Urbano DeF D 92 100812 9274705Urbano Ca D 92 15 1355
Bosque Ce JaC2 D 79 4387 346609Bosque Ce DeD D 79 178 14032Bosque Ce DeF D 79 20654 1631677Bosque Ce JaC2 D 79 10768 850707Bosque Ce JaB D 79 12545 991061Bosque Ce DeD D 79 904 71443
Bosque Ce JaB D 79 26 2040Bosque Ce SgF D 79 53110 4195692Bosque Ce DeD D 79 231 18265Bosque Ce DeF D 79 52579 4153733Pasto y A JaC2 D 84 2270 190643Pasto y A DeF D 84 342872 28801288Pasto y A DeD D 84 66842 5614762Pasto y A DeF D 84 6810 572066Pasto y A JaC2 D 84 99362 8346393Pasto y A JaB D 84 20184 1695427Pasto y A DeD D 84 31895 2679213Pasto y A JaB D 84 27478 2308189Pasto y A JaC D 84 30018 2521474Pasto y A FrB D 84 35792 3006568Pasto y A DeD D 84 28942 2431161Pasto y A JaC D 84 102932 8646262Pasto y A DeF D 84 26180 2199096Pasto y A FrB D 84 98856 8303943Pasto y A DeF D 84 16791 1410479Pasto y A JaB D 84 6236 523788Pasto y A JaD2 D 84 19610 1647277Pasto y A DeF D 84 154322 12963032Pasto y A JaC2 D 84 124348 10445243Pasto y A DeF D 84 211990 17807124Pasto y A FvA D 84 94905 7971986Pasto y A FrA D 84 26332 2211852Pasto y A JaC2 D 84 27845 2338949Pasto y A DeD D 84 75569 6347769Pasto y A FrA D 84 278108 23361033Pasto y A Ag D 84 1980211 ########Pasto y A JaB D 84 34760 2919854Pasto y A DeC D 84 7096 596057Pasto y A FrA D 84 16393 1377053Pasto y A Fe D 84 482373 40519368Pasto y A JaB D 84 23039 1935250Pasto y A Ca D 84 1424 119657Pasto y A Sa B 69 28111 1939632Pasto y A Ca D 84 116324 9771240Pasto y A FvA D 84 167 14043Pasto y A Ag D 84 16504 1386369Pasto y A Ag D 84 77362 6498449Pasto y A Gc D 84 134408 11290233Pasto y A FrA D 84 68781 5777624
Watershed H
Land use Soil type Soil group CN Area (m2) CN*ABosque Ce JcB D 79 1227 96900.93 CN 83.4Bosque Ce JcC D 79 7608 601024.9Bosque Ce SgF D 79 218716 17278571Bosque Ce JaC D 79 6953 549277.3Bosque Ce PzD B 60 22944 1376648Bosque Ce DeD D 79 32683 2581982Bosque Ce SgD D 79 305 24081.24Bosque Ce DeF D 79 13103 1035171Bosque Ab JcB D 82 2932 240443.2Bosque Ab JcC D 82 22971 1883661Bosque Ab JaC D 82 9386 769618.1Bosque Ab DeD D 82 813 66706.06Pasto y A Ag D 84 65432 5496306Pasto y A FrA D 84 70330 5907744Pasto y A JcB D 84 132621 11140199Pasto y A JcC D 84 105469 8859359Pasto y A PzC B 69 22251 1535321Pasto y A PzD B 69 9157 631861Urbano SgF D 92 431 39645.82Urbano JcB D 92 10144 933210.4Urbano PzB B 85 136 11579.69
Bosque Ce JcB D 79 37253 2942951Bosque Ce PzD B 60 4073 244360.3Bosque Ce JcC D 79 5035 397788.2Bosque Ce SgF D 79 285649 22566302Bosque Ce JaC D 79 12657 999920.1Bosque Ce SgD D 79 22736 1796158Bosque Ce DeD D 79 18413 1454654Bosque Ce DeD D 79 22324 1763616Bosque Ce DeF D 79 135 10680.49Urbano SgF D 92 5143 473195.9Pasto y A Ag D 84 44463 3734922Pasto y A PzC B 69 53 3668.152Pasto y A PzC B 69 3915 270111.2Pasto y A SgF D 84 63825 5361289Pasto y A SgD D 84 10297 864938Pasto y A SgD D 84 122 10236.11Pasto y A JcB D 84 36290 3048396Pasto y A FrB D 84 85240 7160118Pasto y A PzB B 69 111027 7660851Pasto y A FrA D 84 123616 10383781Pasto y A JcC D 84 8723 732700.5Pasto y A PzC B 69 103407 7135075Pasto y A JcB D 84 132575 11136340Pasto y A PzD B 69 73033 5039309Pasto y A JcC D 84 34705 2915251Pasto y A SgF D 84 305470 25659497Pasto y A SgF D 84 71556 6010714Pasto y A JaC D 84 60107 5048986Pasto y A SgD D 84 48434 4068440Pasto y A DeD D 84 75 6289.334Pasto y A DeD D 84 46706 3923268Pasto y A SgD D 84 4257 357620.1Agua Ag D 100 193 19298.55Agua Gc D 100 8046 804621.9Urbano Sc B 85 1126 95696.66Urbano FrB D 92 44412 4085947Urbano DeD D 92 40 3674.79Urbano FrA D 92 3747 344730.6Urbano Sn D 92 143 13145.34Urbano Ca D 92 846 77801.46Urbano Ca D 92 6096 560860.6Urbano JcC D 92 14140 1300880Urbano SNS D 92 317281 29189857Urbano FvA D 92 8619 792919.9Urbano SgF D 92 4216 387838.9Urbano DeF D 92 14912 1371922Urbano FrB D 92 116 10665.84Urbano JcC D 92 134 12334.79
Bosque Ce DeF D 79 262824 20763098Bosque Ce JaC2 D 79 11337 895630.7Bosque Ce DeD D 79 10269 811254.5
Bosque Ce DeD D 79 10818 854642.5Bosque Ce SgF D 79 46847 3700910Bosque Ce Sa B 60 6698 401859.6Bosque Ce SgD D 79 4747 375043Bosque Ce SgF D 79 42577 3363572Bosque Ce FrB D 79 146 11511.22Urbano DeF D 92 47326 4353998Urbano DeD D 92 8593 790575.5Urbano JaC2 D 92 6257 575678.2Urbano DeD D 92 2746 252665.1Urbano JaD2 D 92 58 5312.045Pasto y A DeF D 84 705646 59274271Pasto y A DeD D 84 10980 922316.2Pasto y A JaC2 D 84 19726 1656967Pasto y A DeD D 84 49007 4116554Pasto y A JaC2 D 84 10626 892570.5Pasto y A DeD D 84 10943 919202.6Pasto y A Sc B 69 12712 877126.2Pasto y A JaC D 84 41290 3468386Pasto y A DeD D 84 3343 280789.3Pasto y A JaD2 D 84 991 83212.17Pasto y A DeD D 84 3760 315866Pasto y A FrB D 84 29111 2445361Pasto y A SgF D 84 21365 1794695Pasto y A DeF D 84 14901 1251710Pasto y A SgD D 84 8946 751475.3Pasto y A SgF D 84 2847 239118.6Pasto y A Lr D 84 4159 349336.9Pasto y A DeF D 84 19956 1676300Pasto y A DeD D 84 23030 1934479Pasto y A JaC D 84 8016 673353Pasto y A JaC2 D 84 2258 189645.7Pasto y A JaC2 D 84 15375 1291473Pasto y A DeD D 84 12521 1051794Pasto y A FrB D 84 125872 10573238Pasto y A JaD2 D 84 11776 989153.4Pasto y A JaB D 84 31842 2674701Pasto y A JaB D 84 44420 3731298Pasto y A JcB D 84 24518 2059520Pasto y A JcC D 84 46806 3931662Pasto y A FrA D 84 1885 158298Pasto y A DeD D 84 7778 653364.1Pasto y A DeC D 84 19026 1598206Pasto y A FrB D 84 45756 3843515Pasto y A JcC D 84 21278 1787376Pasto y A JaD2 D 84 31753 2667258Pasto y A DeD D 84 7675 644662.5Pasto y A DeF D 84 433236 36391848Pasto y A FrA D 84 78034 6554818Pasto y A Sn D 84 14041 1179404Pasto y A Sa B 69 8855 610965.8Pasto y A Ca D 84 199861 16788356Pasto y A Ca D 84 184898 15531452Pasto y A DeD D 84 210705 17699204Pasto y A JcC D 84 3419 287221.2Pasto y A SNS D 84 16044 1347670Pasto y A FvA D 84 50436 4236634Pasto y A DeD D 84 109966 9237145Pasto y A DeF D 84 5642 473957.4Pasto y A DeC D 84 149952 12595947Pasto y A JaB D 84 27966 2349183Pasto y A DeF D 84 75530 6344502Pasto y A DeD D 84 14634 1229281Pasto y A Ag D 84 4199037 3.53E+08Pasto y A FvB D 84 51085 4291145Pasto y A Sc B 69 158308 10923253Pasto y A JaB D 84 6358 534036.5Pasto y A FrB D 84 158033 13274735Pasto y A Fe D 84 60321 5066930Pasto y A DeF D 84 50015 4201283Pasto y A Ag D 84 19376 1627605Pasto y A Fe D 84 298707 25091355Pasto y A FvA D 84 76084 6391089Pasto y A JaB D 84 22407 1882186
Pasto y A FrA D 84 5151 432660.8Pasto y A Fe D 84 7622 640257.7Pasto y A Ca D 84 27247 2288732Pasto y A FrA D 84 63315 5318470Pasto y A Gc D 84 585831 49209833Pasto y A FvA D 84 83178 6986943Pasto y A Gc D 84 1036 87062.36Pasto y A Ca D 84 93184 7827440Pasto y A FrA D 84 21583 1813008Pasto y A FrB D 84 13066 1097574Pasto y A PzC B 69 26874 1854304Pasto y A PzC B 69 35578 2454848Pasto y A SgF D 84 2724 228788.6Pasto y A SgF D 84 30939 2598848Pasto y A PzB B 69 595 41072.74Pasto y A SgD D 84 5276 443175.1Pasto y A SgD D 84 8980 754328.7Pasto y A FrB D 84 16757 1407566Pasto y A PzB B 69 672 46369.55Pasto y A DeF D 84 141157 11857199Pasto y A Lo D 84 21472 1803622Pasto y A Lo D 84 1689 141892.5Bosque Ce DeF D 79 25993 2053411Bosque Ce Lo D 79 5375 424594Bosque Ce Lo D 79 761 60153.03Bosque Ce DeF D 79 1970 155653.8Bosque Ce JaC2 D 79 4700 371326.6Bosque Ce DeF D 79 79678 6294599Pasto y A DeF D 84 287738 24170008Pasto y A JaC2 D 84 13116 1101770Pasto y A JaC D 84 74901 6291705Pasto y A FrB D 84 105559 8866964Pasto y A JaC D 84 134470 11295494Pasto y A DeF D 84 17947 1507506Pasto y A JaD2 D 84 7903 663819.7Pasto y A DeF D 84 389330 32703760Pasto y A DeD D 84 69269 5818571Pasto y A SgF D 84 23251 1953123Pasto y A JaD2 D 84 54606 4586891Pasto y A DeC D 84 6073 510148.4Pasto y A DeD D 84 177046 14871895Pasto y A FrA D 84 1416 118977.7Pasto y A DeC D 84 43209 3629565Pasto y A Ag D 84 2345027 1.97E+08Pasto y A DeD D 84 9989 839091Pasto y A DeD D 84 159775 13421086Pasto y A FrA D 84 2734 229621.3Pasto y A Fe D 84 418857 35183958Pasto y A Ca D 84 6480 544307.7Pasto y A Sa B 69 2454 169333.7Pasto y A FvA D 84 42859 3600194Pasto y A Gc D 84 317734 26689655Pasto y A FrA D 84 56 4731.788Pasto y A DeF D 84 5831 489832.1Pasto y A Lo D 84 333 27982.08Pasto y A DeF D 84 0 12.82672Pasto y A DeF D 84 0 12.82672
Watershed I
Land use Soil type Soil group CN Area (m2) CN*A CNBosque Ce SgF D 79 32134 2538553 83.4Bosque Ce SgD D 79 23030 1819374Bosque Ce SgD D 79 8880 701520.5Bosque Ce SgF D 79 96117 7593223Bosque Ce PzC B 60 6421 385286.6Urbano FrB D 92 94 8670.643Urbano JcB D 92 12054 1109009
Bosque Ce DeF D 79 24230 1914189Bosque Ce SgF D 79 87404 6904951Bosque Ce FvB D 79 633 50017.52Bosque Ce SgD D 79 119 9370.296Urbano JcB D 92 11175 1028091
Bosque Ce FrB D 79 3 245.2566Urbano FrB D 92 665 61166.08Urbano PzC B 85 3548 301560.6Urbano SgF D 92 6184 568942.2Urbano FrB D 92 6472 595413.1Urbano PzB B 85 1488 126469.4Urbano JcB D 92 9616 884650Urbano JcC D 92 3395 312368Pasto y A FvA D 84 3653 306826.4Pasto y A FrB D 84 14485 1216737Pasto y A FrB D 84 102018 8569507Pasto y A PzC B 69 9635 664843.9Pasto y A PzB B 69 3000 207020.3Pasto y A SgF D 84 22659 1903359Pasto y A PzC B 69 3821 263622.6Pasto y A JcB D 84 544380 45727895Pasto y A PzB B 69 171 11769.86Pasto y A SgD D 84 23408 1966273Pasto y A SgF D 84 4747 398761.5Pasto y A DeC D 84 9553 802410.3Pasto y A JcC D 84 77499 6509914Pasto y A DeF D 84 71614 6015542Pasto y A DeD D 84 5062 425226.4Pasto y A GPQ D 84 4571 383924.3Pasto y A SgF D 84 150750 12662959Pasto y A DeD D 84 10039 843278.5Pasto y A FvB D 84 46663 3919676Pasto y A SgF D 84 65065 5465465Pasto y A JcC D 84 27790 2334337Pasto y A PzC B 69 46109 3181555Pasto y A DeC D 84 7148 600428.4Pasto y A JcC D 84 13787 1158080Pasto y A SgD D 84 22171 1862333Pasto y A SgD D 84 39140 3287744Pasto y A SgD D 84 26443 2221238Pasto y A PzC B 69 765 52789.36Pasto y A FvB D 84 1 125.025Urbano FrA D 92 3325 305889.5Urbano JaB D 92 6348 584018.8Urbano JaC2 D 92 247 22727.38Urbano FrA D 92 101 9277.057Urbano JaB D 92 13929 1281476Urbano SgF D 92 693 63768.62Urbano DeF D 92 2900 266810.3Urbano FvB D 92 2318 213252.3Urbano DeD D 92 1035 95174.06Urbano DeF D 92 7355 676639Urbano DeD D 92 14500 1333976Urbano FvB D 92 3 309.48Urbano JaD2 D 92 76 7027.517Urbano DeF D 92 39587 3641998Urbano JaC2 D 92 851 78266.42Urbano DeD D 92 9811 902568Urbano JaD2 D 92 6854 630596.4Urbano JaB D 92 722 66400.17Urbano DeF D 92 25 2260.503Pasto y A DeF D 84 153864 12924552Pasto y A DeD D 84 10100 848393.5Pasto y A DeF D 84 84289 7080257Pasto y A FvB D 84 12703 1067024
Pasto y A JaD2 D 84 5139 431670.8Pasto y A JaC2 D 84 14200 1192824Pasto y A DeD D 84 35685 2997522Pasto y A DeD D 84 72790 6114340Pasto y A JaC2 D 84 30617 2571830Pasto y A DeD D 84 10852 911553.8Pasto y A DeC D 84 24578 2064583Pasto y A DeF D 84 5728 481113.3Pasto y A JaC2 D 84 43231 3631411Pasto y A JaB D 84 23770 1996710Pasto y A Sc B 69 82994 5726595Pasto y A DeD D 84 15570 1307856Pasto y A FrA D 84 41358 3474080Pasto y A JaD2 D 84 32451 2725872Pasto y A DeD D 84 7707 647419.8Pasto y A JaC2 D 84 5769 484606.6Pasto y A JaB D 84 44347 3725184Pasto y A DeC D 84 8055 676655.6Pasto y A SgF D 84 6886 578429.1Pasto y A FrB D 84 499 41925.98Pasto y A DeF D 84 13484 1132693Pasto y A Lr D 84 4849 407334.4Pasto y A DeD D 84 7355 617821.1Pasto y A Lr D 84 9359 786118.5Pasto y A JaB D 84 4268 358509Pasto y A JaC2 D 84 11458 962498.7Pasto y A DeD D 84 485 40709.05Pasto y A DeF D 84 29934 2514482Pasto y A JaC2 D 84 26926 2261760Pasto y A DeD D 84 4359 366148.5Pasto y A FrA D 84 13687 1149689Pasto y A JaC D 84 958 80462.54Pasto y A DeC D 84 1307 109812.4Pasto y A FrA D 84 19868 1668878Pasto y A JaB D 84 243252 20433177Pasto y A DeD D 84 311 26159.51Pasto y A FrA D 84 160338 13468403Pasto y A FrA D 84 3873 325337.7Pasto y A Ca D 84 781012 65605013Pasto y A FrA D 84 17630 1480888Pasto y A Sn D 84 17896 1503297Pasto y A FvA D 84 21913 1840699Pasto y A FrB D 84 123663 10387667Pasto y A DeF D 84 9131 766982.9Pasto y A JaC2 D 84 18664 1567794Pasto y A DeF D 84 3418 287074.7Pasto y A SgF D 84 36332 3051882Pasto y A DeD D 84 4864 408575.9Pasto y A JaC2 D 84 5405 454016.4Pasto y A DeD D 84 4365 366625.5Pasto y A SgD D 84 14140 1187778Pasto y A PzB B 69 20048 1383284Pasto y A JaC D 84 11916 1000964Pasto y A JaB D 84 6114 513597.4Pasto y A SgD D 84 14384 1208243Pasto y A SgF D 84 12827 1077498Pasto y A FrB D 84 11848 995216.8Pasto y A JaB D 84 28244 2372516Pasto y A SgD D 84 6825 573287.5Pasto y A JcC D 84 8238 692012.2Pasto y A SgF D 84 4187 351683.9Pasto y A SgD D 84 14494 1217520Pasto y A SgD D 84 21657 1819206Pasto y A Ag D 84 3668411 3.08E+08Pasto y A SgD D 84 4326 363390.1Pasto y A PzC B 69 18092 1248356Pasto y A Fe D 84 30020 2521674Pasto y A SgD D 84 7245 608603.3Pasto y A FrA D 84 14008 1176670Pasto y A Fe D 84 5497 461758.1Pasto y A SgD D 84 8199 688723.3Pasto y A PzB B 69 9776 674565.3Pasto y A FrA D 84 444534 37340888Pasto y A Gc D 84 103683 8709405
Pasto y A FrA D 84 2328 195557.5Pasto y A FrA D 84 243 20392.32Pasto y A FvA D 84 25355 2129817Pasto y A Ca D 84 174013 14617066Pasto y A W D 84 1993 167393.1Pasto y A FrB D 84 332791 27954470Pasto y A Ca D 84 7173 602514.1Pasto y A FrA D 84 258865 21744624Pasto y A PzC B 69 33573 2316547Pasto y A FrB D 84 167794 14094682Pasto y A PzC B 69 213 14678.75Pasto y A SgF D 84 2653 222854.1Pasto y A PzB B 69 20194 1393366Pasto y A PzB B 69 6712 463150.4Pasto y A PzC B 69 15464 1067002Pasto y A JcB D 84 18987 1594869Pasto y A SgD D 84 128 10760.34Pasto y A DeF D 84 68404 5745965Pasto y A Lo D 84 6553 550419.4Pasto y A Lo D 84 5431 456189.2Pasto y A DeD D 84 6591 553674.3Bosque Ce DeF D 79 164940 13030285Bosque Ce Lo D 79 216564 17108538Bosque Ce Lo D 79 17925 1416085Bosque Ce DeD D 79 2639 208464.5
Watershed J
Land use Soil type Soil group CN Area (m2) CN*AUrbano JaB D 92 4810 442524.1 CN 83.6Urbano DeD D 92 24 2174.533
Bosque Ce PzD B 60 24832 1489902Bosque Ce SgF D 79 25683 2028936Bosque Ce SgF D 79 22875 1807150Bosque Ce SgD D 79 8557 676032.3Bosque Ce SgF D 79 11581 914928.9Bosque Ce JaD2 D 79 389 30746.17Bosque Ce SgD D 79 12371 977312.4Bosque Ce JaC D 79 136 10772.06Bosque Ce SgF D 79 334 26357.64Pasto y A FvA D 84 104667 8792052Pasto y A JaC D 84 240080 20166713Pasto y A JaB D 84 204457 17174349Pasto y A JcB D 84 65317 5486649Pasto y A JaC D 84 21011 1764922Pasto y A DeD D 84 11390 956746.1Pasto y A DeD D 84 147172 12362459Pasto y A JaB D 84 15132 1271048Pasto y A JaC D 84 12130 1018950Pasto y A SgD D 84 1776 149207.7Pasto y A SgF D 84 43078 3618542Pasto y A SgF D 84 4881 410041.8Pasto y A DeC D 84 2650 222636.9Pasto y A PzC B 69 32314 2229655Pasto y A SgF D 84 8342 700716Pasto y A SgF D 84 60042 5043568Pasto y A DeD D 84 1787 150129Pasto y A DeD D 84 143330 12039732Pasto y A PzD B 69 18496 1276210Pasto y A SgF D 84 184198 15472598Pasto y A DeD D 84 54836 4606197Pasto y A PzC B 69 49910 3443782Pasto y A DeD D 84 55645 4674168Pasto y A SgF D 84 30284 2543894Pasto y A SgF D 84 5324 447199.2Pasto y A JaC D 84 9559 802975.7Pasto y A SgF D 84 12727 1069089Pasto y A JaB D 84 108874 9145400Pasto y A SgD D 84 4139 347708.4Pasto y A JaC2 D 84 15208 1277501Pasto y A JaC2 D 84 42882 3602068Pasto y A JaC D 84 28846 2423035Pasto y A JaD2 D 84 43224 3630855Pasto y A JaC D 84 63088 5299422Pasto y A DeD D 84 20451 1717846Pasto y A JaC2 D 84 96873 8137320Pasto y A PzD B 69 33761 2329529Pasto y A DeD D 84 279478 23476180Pasto y A JcB D 84 15291 1284477Pasto y A JaC D 84 20838 1750425Pasto y A JaC D 84 6658 559231.8Pasto y A JaC2 D 84 24247 2036758Pasto y A DeD D 84 14060 1181071Pasto y A DeF D 84 1290 108371.6Pasto y A DeD D 84 11679 981078Pasto y A JaB D 84 167 13992.96Pasto y A DeF D 84 15916 1336952Pasto y A JaC D 84 291 24429.82Pasto y A JaB D 84 2483 208551.9Pasto y A SgF D 84 3858 324042.8Agua FvA D 100 23336 2333627Agua JcB D 100 3689 368863.7Urbano JaC D 92 12907 1187417Urbano DeD D 92 2964 272708.6Urbano FvA D 92 8003 736243.9Urbano FrA D 92 7512 691079.4Urbano JaB D 92 4696 432001Urbano JcB D 92 5284 486129Urbano JaC D 92 4946 455023.6Urbano FrA D 92 5320 489401.3Urbano FvA D 92 5330 490374.3
Urbano JcB D 92 76 6991.465Urbano FvA D 92 12828 1180199
Bosque Ce FrB D 79 26212 2070780Bosque Ce Ca D 79 3406 269065Bosque Ce FrA D 79 16935 1337886Bosque Ce JaD2 D 79 13802 1090357Bosque Ce JaD2 D 79 27618 2181803Urbano FrB D 92 23695 2179901Urbano JaB D 92 1550 142628.1Urbano DeC D 92 76 6961.311Urbano JaC D 92 16584 1525753Urbano DeD D 92 2368 217900.9Urbano DeF D 92 20208 1859178Urbano JaC2 D 92 720 66272.1Urbano DeF D 92 8394 772247.4Urbano DeC D 92 813 74833.47Urbano JaC D 92 64 5921.758Urbano DeD D 92 899 82684.25
Bosque Ce FrB D 79 22914 1810204Bosque Ce Sn D 79 653 51590.64Bosque Ce JaC D 79 3 230.3638Bosque Ce FrB D 79 6916 546400Bosque Ce SgF D 79 99660 7873113Bosque Ce SgD D 79 34493 2724953Bosque Ce JaC D 79 5282 417275.5Bosque Ce SgF D 79 15260 1205539Bosque Ce JaC D 79 17433 1377174Bosque Ce PcB D 79 29979 2368362Bosque Ce JaD2 D 79 9522 752207Bosque Ce JaB D 79 2180 172212.4Urbano DeD D 92 2531 232821Urbano JaB D 92 946 87036.57Urbano Sa B 85 1835 155933.6Urbano JaC D 92 4046 372244.3Urbano JaC D 92 1882 173099.9Urbano JaD2 D 92 4137 380645.7Urbano JaC2 D 92 47 4281.213Urbano DeD D 92 7402 680954Urbano FvA D 92 16211 1491405Urbano FrB D 92 10016 921507.6Urbano JaD2 D 92 3363 309386.9Urbano JaB D 92 6894 634293.5Urbano JaB D 92 600 55201.38Urbano Sa B 85 2682 227988.6Urbano JaC2 D 92 15257 1403685Urbano DeD D 92 6 579.9134Urbano DeF D 92 20877 1920641Urbano FrA D 92 4419 406523.1Urbano JaB D 92 13777 1267458Urbano JaC2 D 92 1949 179284Urbano Sa B 85 2312 196516.9Urbano JcB D 92 813 74834.93Urbano JaB D 92 771 70923.85Urbano JaC2 D 92 1919 176521.6Urbano FrA D 92 2360 217134.6Urbano DeD D 92 3043 279981.4Urbano DeF D 92 5371 494089.7Urbano JaD2 D 92 199 18273.56Urbano DeD D 92 3197 294112.9Urbano DeF D 92 1999 183908.9Urbano JaB D 92 982 90374.57Urbano JaC D 92 343 31526.49Urbano Sc B 85 7087 602374.8Urbano DeC D 92 13258 1219710Urbano DeF D 92 714 65651.85Urbano JaC D 92 18663 1717002Urbano DeC D 92 19159 1762665Urbano JaC D 92 130181 11976694Urbano DeC D 92 299 27535.47Urbano DeD D 92 463 42600.29Urbano DeD D 92 43205 3974859Urbano FrA D 92 68775 6327316Urbano Ca D 92 3186 293149Urbano FrA D 92 19359 1781004
Urbano DeC D 92 8103 745498.8Urbano JaC D 92 118 10866.15Urbano Sa B 85 5918 503060.6Urbano JaC D 92 6359 585071.8Urbano DeC D 92 645 59338.4Urbano JaC D 92 6809 626429.5Urbano DeD D 92 2171 199708.9Urbano DeC D 92 10379 954898.4Urbano DeF D 92 1696 155986.5Urbano DeD D 92 21061 1937598Urbano DeC D 92 11537 1061378Urbano DeF D 92 20770 1910874Urbano DeD D 92 106 9794.647Urbano DeF D 92 23689 2179427Urbano DeD D 92 618 56813.26Urbano DeC D 92 11461 1054398
Bosque Ce JaC D 79 3046 240665Bosque Ce DeD D 79 29917 2363431Bosque Ce DeF D 79 665 52544.06Bosque Ce Lo D 79 235637 18615356Bosque Ce DeD D 79 23292 1840075Bosque Ce DeF D 79 10920 862642.5Bosque Ce DeF D 79 4608 364039.3Bosque Ce DeD D 79 31858 2516806Bosque Ce DeC D 79 2131 168373.6Bosque Ce DeF D 79 2870 226708Bosque Ce JaC D 79 1179 93165.85Urbano DeF D 92 17458 1606129Urbano MxF2 D 92 2752 253180.8Urbano Lo D 92 1222 112466.2Pasto y A DeD D 84 138 11632.45Pasto y A DeF D 84 65042 5463535Pasto y A DeD D 84 12280 1031493Pasto y A JaD2 D 84 12418 1043138Pasto y A DeF D 84 2592 217748.6Pasto y A Lr D 84 3498 293808.8Pasto y A DeF D 84 27979 2350278Pasto y A DeD D 84 180555 15166607Pasto y A JaC D 84 96808 8131861Pasto y A DeD D 84 34914 2932801Pasto y A DeC D 84 12811 1076131Pasto y A JaB D 84 6289 528239.5Pasto y A JaC D 84 230466 19359170Pasto y A DeC D 84 10028 842389.6Pasto y A Sa B 69 28456 1963460Pasto y A DeD D 84 8639 725712.2Pasto y A JaC D 84 38343 3220810Pasto y A DeD D 84 21594 1813908Pasto y A DeD D 84 7739 650108Pasto y A Sc B 69 30564 2108892Pasto y A DeC D 84 25380 2131937Pasto y A JaC D 84 28950 2431840Pasto y A DeD D 84 26393 2216982Pasto y A DeC D 84 16517 1387453Pasto y A DeF D 84 5210 437665Pasto y A FrB D 84 8163 685732.5Pasto y A JaC D 84 5515 463248.9Pasto y A FrA D 84 196452 16501970Pasto y A DeD D 84 18443 1549181Pasto y A FrA D 84 18962 1592779Pasto y A DeF D 84 21795 1830802Pasto y A FrA D 84 13229 1111264Pasto y A FvA D 84 20803 1747424Pasto y A JaD2 D 84 11605 974835.2Pasto y A Ca D 84 24068 2021740Pasto y A DeD D 84 20399 1713556Pasto y A DeC D 84 5162 433627.1Pasto y A JaB D 84 31306 2629731Pasto y A FrA D 84 6822 573066.2Pasto y A DeD D 84 21541 1809474Pasto y A DeD D 84 45054 3784547Pasto y A JaC D 84 1259 105762.2Pasto y A DeF D 84 26989 2267115Pasto y A FrA D 84 27887 2342532
Pasto y A DeD D 84 5788 486229.7Pasto y A DeD D 84 103273 8674967Pasto y A DeF D 84 5077 426492.7Pasto y A JaB D 84 20317 1706636Pasto y A DeC D 84 12781 1073606Pasto y A JaC2 D 84 64623 5428341Pasto y A JaB D 84 50195 4216352Pasto y A FrA D 84 27695 2326391Pasto y A DeC D 84 19201 1612865Pasto y A FrA D 84 11995 1007597Pasto y A Sa B 69 33427 2306456Pasto y A FrB D 84 37697 3166553Pasto y A JaC D 84 127053 10672476Pasto y A SgF D 84 4154 348930.5Pasto y A JaC2 D 84 3325 279309.5Pasto y A FrA D 84 914884 76850235Pasto y A JcB D 84 14146 1188253Pasto y A DeD D 84 42636 3581394Pasto y A JaD2 D 84 10168 854094.2Pasto y A JaC D 84 7425 623670.3Pasto y A JaC D 84 58097 4880142Pasto y A DeD D 84 90185 7575499Pasto y A DeD D 84 23759 1995778Pasto y A JaB D 84 18220 1530439Pasto y A JaC2 D 84 12248 1028871Pasto y A DeC D 84 1066 89556.29Pasto y A Sn D 84 343312 28838220Pasto y A FvA D 84 25593 2149810Pasto y A DeD D 84 24956 2096301Pasto y A DeF D 84 8695 730369.3Pasto y A FrB D 84 495747 41642713Pasto y A SgF D 84 7664 643743.5Pasto y A FrA D 84 6862 576432.8Pasto y A Sn D 84 39686 3333655Pasto y A JaD2 D 84 26632 2237047Pasto y A JaD2 D 84 7502 630145.6Pasto y A DeD D 84 17597 1478150Pasto y A DeF D 84 20446 1717438Pasto y A JaC D 84 25348 2129205Pasto y A JaD2 D 84 15040 1263361Pasto y A FrB D 84 22149 1860477Pasto y A FrB D 84 45823 3849094Pasto y A SgD D 84 5640 473757.8Pasto y A DeD D 84 1583 133006.8Pasto y A JaB D 84 70759 5943733Pasto y A SgF D 84 3803 319480.3Pasto y A JaC D 84 12558 1054863Pasto y A FrA D 84 79294 6660658Pasto y A Sa B 69 6483 447313.3Pasto y A JaB D 84 11429 960069.1Pasto y A JaC D 84 8827 741477.4Pasto y A FrB D 84 47546 3993825Pasto y A DeF D 84 16061 1349089Pasto y A FrA D 84 83022 6973834Pasto y A SgF D 84 242 20310.98Pasto y A DeC D 84 5771 484764.6Pasto y A SgD D 84 10206 857320.9Pasto y A JaB D 84 6744 566473.2Pasto y A JaB D 84 12064 1013403Pasto y A JaC D 84 38203 3209050Pasto y A JaC D 84 18687 1569676Pasto y A DeD D 84 5332 447915.7Pasto y A JaD2 D 84 16458 1382482Pasto y A SgD D 84 8073 678133.4Pasto y A JaB D 84 72214 6066003Pasto y A DeD D 84 7398 621395.2Pasto y A Sn D 84 9592 805710.3Pasto y A DeF D 84 4021 337730.4Pasto y A JaC D 84 9610 807270.4Pasto y A FrA D 84 54676 4592785Pasto y A Sn D 84 100412 8434599Pasto y A JaC2 D 84 5911 496548.9Pasto y A Ca D 84 1435120 1.21E+08Pasto y A JaC D 84 37072 3114086
Pasto y A SgF D 84 2365 198662.1Pasto y A PcB D 84 5854 491764.9Pasto y A FrB D 84 25676 2156808Pasto y A JaD2 D 84 3632 305127.2Pasto y A SgD D 84 13309 1117924Pasto y A FrA D 84 96 8069.33Pasto y A Ca D 84 210132 17651054Pasto y A DeD D 84 9357 785981.3Pasto y A JaB D 84 9024 758006Pasto y A JaC D 84 10966 921131.7Pasto y A DeD D 84 5491 461207.5Pasto y A JaD2 D 84 7590 637554.4Pasto y A FrB D 84 71672 6020483Pasto y A JaC2 D 84 2740 230123.6Pasto y A FrA D 84 58465 4911044Pasto y A DeF D 84 9532 800706.9Pasto y A SgD D 84 8287 696086.5Pasto y A DeC D 84 4566 383528.9Pasto y A JaD2 D 84 5347 449132.2Pasto y A Sa B 69 9424 650258Pasto y A PzB B 69 3335 230091.5Pasto y A JaD2 D 84 4067 341639.7Pasto y A Sn D 84 4162 349589.8Pasto y A FrB D 84 15472 1299630Pasto y A Ag D 84 3966441 3.33E+08Pasto y A Sn D 84 106210 8921608Pasto y A PaC2 C 79 29078 2297198Pasto y A MaD2 C 79 13268 1048153Pasto y A FrA D 84 12372 1039214Pasto y A PcB D 84 14782 1241701Pasto y A Sn D 84 19457 1634380Pasto y A Ca D 84 72233 6067593Pasto y A Sn D 84 16042 1347543Pasto y A Sn D 84 16763 1408123Pasto y A FrA D 84 32966 2769151Pasto y A FrA D 84 39826 3345371Pasto y A Gc D 84 32573 2736139Pasto y A FrA D 84 81428 6839987Pasto y A Ca D 84 121415 10198902Pasto y A FvA D 84 357389 30020692Pasto y A FrA D 84 278511 23394918Pasto y A FvB D 84 3528 296340.9Pasto y A FvA D 84 356497 29945708Pasto y A Ca D 84 59854 5027731Pasto y A FrB D 84 93117 7821839Pasto y A JaC D 84 256064 21509405Pasto y A FrB D 84 8491 713222.1Pasto y A JaC2 D 84 24417 2050998Pasto y A JaB D 84 75663 6355696Pasto y A JcB D 84 38267 3214392Pasto y A JaC D 84 64590 5425594Pasto y A DeD D 84 64174 5390592Pasto y A DeD D 84 67882 5702084Pasto y A JaB D 84 4760 399812.4Pasto y A JaC D 84 64 5414.841Pasto y A DeF D 84 362998 30491863Pasto y A Lo D 84 24253 2037278Pasto y A DeD D 84 328849 27623308Pasto y A DeF D 84 61520 5167689Pasto y A DeD D 84 146811 12332090Pasto y A DeC D 84 69196 5812434Pasto y A DeC D 84 113272 9514831Pasto y A DeF D 84 2603 218614.4Pasto y A DeD D 84 72864 6120602Pasto y A Lo D 84 2656 223136.6Pasto y A DeC D 84 14599 1226293Pasto y A DeC D 84 12947 1087559Pasto y A Lo D 84 2896 243228.9Pasto y A DeF D 84 4078 342576.3Pasto y A DeD D 84 824 69237.17Pasto y A DeF D 84 1948 163603.5Pasto y A DeC D 84 36597 3074127Pasto y A DeF D 84 1622 136210.9Pasto y A JaC D 84 6417 539012.4
Pasto y A JaC D 84 4581 384843.1Pasto y A DeD D 84 2845 238988.1Pasto y A DeD D 84 7732 649505.3Bosque Ce DeF D 79 3077 243078.6Bosque Ce JaD2 D 79 2583 204026.1Bosque Ce DeF D 79 5584 441137Bosque Ce Lr D 79 65387 5165569Bosque Ce DeF D 79 93946 7421754Bosque Ce JaD2 D 79 8133 642489.2Bosque Ce DeD D 79 20 1567.003Bosque Ce DeD D 79 2689 212415.5Bosque Ce JaB D 79 105 8276.37Bosque Ce MxE2 D 79 18498 1461329Bosque Ce HuE C 73 82402 6015322Bosque Ce DeF D 79 310347 24517377Bosque Ce MxF2 D 79 384576 30381470Bosque Ce DeD D 79 9972 787806.7Bosque Ce Lo D 79 338698 26757175Bosque Ce AcE B 60 9159 549525.4Bosque Ce DeD D 79 14375 1135663Bosque Ce DeC D 79 129349 10218560Bosque Ce Lo D 79 176257 13924306Bosque Ce DeD D 79 1141 90149.71Bosque Ce DeF D 79 8787 694160.1Bosque Ce DeF D 79 3229 255078.4Urbano DeD D 92 48 4411.566Urbano FrA D 92 4511 415029.6Urbano JaC D 92 1954 179747.8Urbano DeD D 92 47719 4390163Urbano Sn D 92 45766 4210453Urbano FrB D 92 2737 251833.2Urbano JaC D 92 16826 1548027Urbano FrB D 92 15145 1393299Urbano FrA D 92 2254 207361.5Urbano JaB D 92 8152 750002.5Urbano JaB D 92 1463 134571.6Urbano FrB D 92 75158 6914578Urbano JaC D 92 8661 796847.8Urbano FrA D 92 42242 3886295Urbano Ca D 92 52548 4834407Urbano SgD D 92 54159 4982599Urbano PcB D 92 11742 1080308Urbano Ag D 92 33813 3110841Urbano Sn D 92 13874 1276442
Bosque Ce JaC D 79 0 0.758597Bosque Ce DeD D 79 0 0.758597Bosque Ce JaC D 79 0 2.429263Bosque Ce JaC D 79 0 2.429263Pasto y A JaC D 84 0 1.660397Pasto y A DeD D 84 0 1.660397Pasto y A DeC D 84 0 1.699647Pasto y A DeD D 84 0 1.699647Pasto y A DeC D 84 0 21.32544Pasto y A DeC D 84 0 21.32544Pasto y A DeD D 84 0 4.362711Pasto y A DeC D 84 0 4.362711Pasto y A DeD D 84 0 9.681561Pasto y A DeD D 84 0 9.681561Pasto y A DeD D 84 0 28.08506Pasto y A DeD D 84 0 28.08506Pasto y A DeD D 84 0 12.40397Pasto y A DeD D 84 0 12.40397Pasto y A DeD D 84 0 1.607265Pasto y A DeC D 84 0 1.607265Pasto y A Sc B 69 0 10.41132Pasto y A DeC D 84 0 12.67465Pasto y A Sc B 69 0 0.094584Pasto y A DeD D 84 0 0.115145Pasto y A DeC D 84 0 16.0514Pasto y A DeC D 84 0 16.0514Pasto y A DeC D 84 0 4.16702Pasto y A JaC D 84 0 4.16702
Watershed K
Land use Soil type Soil group CN Area (m2) CN*ABosque Ce PzC B 60 2581 154880 CN 84Bosque Ce PzD B 60 75162 4509749Bosque Ce SgF D 79 92161 7280727Pasto y A JaC D 84 345725 29040928Pasto y A DeD D 84 43343 3640774Pasto y A JaB D 84 9288 780208.6Pasto y A JaC2 D 84 3168 266116Pasto y A JaC2 D 84 17905 1504030Pasto y A JaC2 D 84 38467 3231206Pasto y A SgF D 84 4717 396216Pasto y A JaD2 D 84 14301 1201279Pasto y A SgF D 84 26273 2206961Pasto y A DeF D 84 71985 6046716Pasto y A JaC2 D 84 9041 759470.1Pasto y A JaD2 D 84 7219 606389.7Pasto y A JcB D 84 119 9997.228Pasto y A SgF D 84 5007 420607.8Pasto y A DeD D 84 13262 1114032Pasto y A JaB D 84 62667 5264007Pasto y A DeF D 84 17724 1488832Pasto y A DeD D 84 8141 683836.1Pasto y A DeD D 84 7204 605134.8Pasto y A JaB D 84 68862 5784438Pasto y A SgF D 84 3380 283943.3Pasto y A PzC B 69 45001 3105064Pasto y A DeD D 84 4759 399735.2Pasto y A JaC2 D 84 33396 2805229Pasto y A PzD B 69 22859 1577302Pasto y A JaC2 D 84 18721 1572542Pasto y A JaC2 D 84 13486 1132849Urbano Ft D 92 32 2943.288Urbano FrA D 92 146796 13505230Urbano FvA D 92 30414 2798074Urbano FvA D 92 4676 430157Agua Ag D 100 6472 647150.6Urbano Ag D 92 9443 868789.8Urbano Ag D 92 21157 1946431Agua FrA D 100 3936 393600.1Agua Sc B 100 1360 136013Agua Sn D 100 1858 185829.4Agua FrA D 100 3708 370822.1Agua Sc B 100 1512 151223.8Urbano Ca D 92 1719 158155.2Urbano FrA D 92 35055 3225049Urbano Sc B 85 91 7726.889
Bosque Ce FrA D 79 38888 3072156Bosque Ce FrA D 79 23797 1879989Urbano Sn D 92 1433 131798.2Urbano JaC D 92 1655 152289.3Urbano SgD D 92 1715 157812.2Urbano FrA D 92 11197 1030099Urbano JaB D 92 2415 222200.4Urbano FrA D 92 7220 664242.2Urbano SgF D 92 1178 108380.1Urbano Ca D 92 3531 324863.7Urbano JaC D 92 13280 1221744Suelo sin JaC D 82 4917 403155.7Suelo sin JaB D 82 2757 226043.9Suelo sin Sn D 82 3468 284404.1Suelo sin SgD D 82 2754 225848.6Bosque Ab JaC D 82 7306 599096.9Bosque Ab FrA D 82 14028 1150320Bosque Ab FrB D 82 3761 308416.2Bosque Ab JaB D 82 21730 1781873Bosque Ab Ca D 82 40490 3320172Bosque Ab Sn D 82 7695 631008.1Bosque Ab SgD D 82 42129 3454549Bosque Ab FrA D 82 6514 534186.6Bosque Ab FrB D 82 9598 787017.7Bosque Ab FrB D 82 4240 347676.5Urbano JaC D 92 9656 888388.3Urbano SgF D 92 4662 428943
Urbano FrA D 92 25 2318.239Urbano JaD2 D 92 14633 1346194Urbano FrB D 92 4330 398314.9Urbano SgF D 92 248 22798.85
Bosque Ce JaC D 79 91396 7220285Bosque Ce DeD D 79 2906 229557.5Bosque Ce Sa B 60 1320 79209.61Bosque Ce DeD D 79 14581 1151906Bosque Ce SgD D 79 13784 1088960Bosque Ce MaE2 C 73 5603 409031.8Bosque Ce SgF D 79 195828 15470425Bosque Ce SgD D 79 4978 393269.1Bosque Ce FrA D 79 25107 1983437Bosque Ce SgD D 79 36212 2860734Bosque Ce JaD2 D 79 3242 256144.7Bosque Ce FrB D 79 1930 152483.4Bosque Ce FrB D 79 13869 1095625Bosque Ce SgF D 79 26014 2055145Bosque Ce Ca D 79 8751 691322.6Bosque Ce JaC D 79 5714 451405.1Bosque Ce JaC D 79 27369 2162131Bosque Ce DeF D 79 3848 303989.9Bosque Ce SgF D 79 3499 276396.2Bosque Ce Lo D 79 373404 29498917Bosque Ce DeD D 79 7250 572756.7Bosque Ce DeC D 79 16811 1328089Bosque Ce DeD D 79 26526 2095542Bosque Ce DeF D 79 43602 3444582Bosque Ce DeF D 79 11193 884262.3Bosque Ce DeD D 79 17104 1351248Bosque Ce DeF D 79 17475 1380495Urbano Lo D 92 32229 2965022Pasto y A DeF D 84 9648 810408.4Pasto y A DeD D 84 13058 1096875Urbano DeF D 92 30031 2762812Urbano DeD D 92 6191 569529Urbano DeD D 92 48950 4503359Pasto y A JaC D 84 8593 721830.3Pasto y A DeD D 84 91151 7656718Pasto y A JaC D 84 51954 4364142Pasto y A JaD2 D 84 23645 1986203Pasto y A DeF D 84 21395 1797158Pasto y A DeF D 84 2665 223822.4Pasto y A DeF D 84 19711 1655756Pasto y A JaC D 84 10395 873183.3Pasto y A FrA D 84 14302 1201327Pasto y A DeC D 84 11679 981058.9Pasto y A JaC D 84 52239 4388112Pasto y A DeF D 84 13263 1114057Pasto y A JaB D 84 9262 778046.8Pasto y A Sa B 69 1015 70042.63Pasto y A DeF D 84 9049 760137.6Pasto y A SgF D 84 1552 130402.7Pasto y A FrA D 84 202240 16988153Pasto y A SgD D 84 24403 2049854Pasto y A JaB D 84 5871 493128.2Pasto y A FrB D 84 40957 3440398Pasto y A SgD D 84 447 37509.34Pasto y A JaB D 84 18250 1532980Pasto y A SgD D 84 1266 106306.5Pasto y A Ca D 84 19922 1673417Pasto y A FrB D 84 1944 163277Pasto y A SgD D 84 2113 177494.3Pasto y A SgF D 84 2124 178392.5Pasto y A Ca D 84 195063 16385275Pasto y A JaC D 84 24526 2060149Pasto y A JaC D 84 24072 2022078Pasto y A FvA D 84 18689 1569883Pasto y A FrA D 84 1163835 97762119Pasto y A FrA D 84 107205 9005242Pasto y A FrB D 84 27640 2321761Pasto y A FrA D 84 256506 21546495Pasto y A Ca D 84 68592 5761725Pasto y A FrB D 84 9765 820227.8
Pasto y A JaB D 84 16491 1385250Pasto y A Ca D 84 118852 9983540Pasto y A SgD D 84 285 23937.52Pasto y A Sn D 84 56746 4766703Pasto y A SgD D 84 2290 192319.7Pasto y A PcB D 84 26035 2186949Pasto y A SgD D 84 13764 1156206Pasto y A MaD2 C 79 53324 4212612Pasto y A PcC2 D 84 31036 2607051Pasto y A Sn D 84 18656 1567118Pasto y A Ag D 84 3042647 2.56E+08Pasto y A Sn D 84 7246 608661Pasto y A Sa B 69 76898 5305936Pasto y A Sn D 84 50403 4233868Pasto y A Sc B 69 82752 5709865Pasto y A Ca D 84 13626 1144599Pasto y A Sn D 84 166874 14017382Pasto y A Sn D 84 29647 2490327Pasto y A Ca D 84 140912 11836622Pasto y A Gc D 84 357682 30045318Pasto y A Ft D 84 167554 14074528Pasto y A FvA D 84 47709 4007574Pasto y A Ft D 84 205930 17298135Pasto y A Ag D 84 44270 3718669Pasto y A FrA D 84 1072137 90059518Pasto y A FvA D 84 22600 1898427Pasto y A Ca D 84 55130 4630904Pasto y A FvA D 84 111796 9390835Pasto y A FvA D 84 64116 5385729Pasto y A FvB D 84 137772 11572829Pasto y A AmC2 C 79 62479 4935867Pasto y A FvB D 84 50420 4235317Pasto y A GuF D 84 82100 6896428Pasto y A FrB D 84 1 57.84872Pasto y A DeF D 84 128216 10770131Pasto y A JaC D 84 221398 18597435Pasto y A JaC2 D 84 65128 5470728Pasto y A JaC2 D 84 59937 5034683Pasto y A GuF D 84 43348 3641217Pasto y A JaC2 D 84 34216 2874142Pasto y A GuF D 84 65951 5539916Pasto y A DeD D 84 4810 404016.1Pasto y A JaB D 84 32313 2714278Pasto y A JaC2 D 84 43749 3674883Pasto y A JaC2 D 84 15370 1291072Pasto y A JaC2 D 84 9206 773278.8Pasto y A DeF D 84 130734 10981615Pasto y A Lo D 84 4680 393159.5Pasto y A DeC D 84 28009 2352795Pasto y A Lo D 84 29 2460.699Pasto y A DeF D 84 16626 1396600Pasto y A DeD D 84 48170 4046240Pasto y A DeF D 84 55553 4666475Pasto y A AcE B 69 12398 855486.6Pasto y A DeC D 84 8353 701693.5Pasto y A AcE B 69 6602 455542.9Pasto y A JaC D 84 131639 11057677Pasto y A DeD D 84 24062 2021204Pasto y A DeD D 84 28407 2386221Pasto y A DeC D 84 5660 475414.5Pasto y A DeF D 84 5708 479498.4Pasto y A DeF D 84 27492 2309368Bosque Ce DeF D 79 92105 7276279Bosque Ce DeF D 79 40293 3183117Bosque Ce Lo D 79 504831 39881651Bosque Ce DeD D 79 31942 2523452Bosque Ce Lo D 79 9484 749259.2Bosque Ce DeD D 79 41649 3290273Bosque Ce MwE2 C 73 7849 573002.4Bosque Ce DeF D 79 11926 942171.6Bosque Ce DeD D 79 23740 1875465Bosque Ce JaC D 79 464 36673.37Pasto y A DeF D 84 176600 14834369Pasto y A Lo D 84 57164 4801738
Pasto y A DeD D 84 71742 6026343Pasto y A DeD D 84 109394 9189062Pasto y A DeF D 84 357 29947.86Pasto y A DeC D 84 36878 3097776Urbano JaC D 92 5967 548994.9Urbano DeD D 92 93913 8639988Urbano JaC D 92 546425 50271075Urbano JaD2 D 92 19227 1768873Urbano DeF D 92 2259 207867.1Urbano DeF D 92 1555 143024.4Urbano DeD D 92 1467 134925.5Urbano JaC D 92 911 83820.66Urbano DeF D 92 9838 905134.5Urbano SgF D 92 128 11797.05Urbano JaC D 92 166518 15319648Urbano DeD D 92 34827 3204090Urbano DeF D 92 32545 2994133Urbano JaB D 92 21956 2019920Urbano DeD D 92 8848 814051.9Urbano DeF D 92 31622 2909246Urbano SgD D 92 5473 503538.7Urbano DeD D 92 28559 2627426Urbano FrA D 92 39582 3641538Urbano SNS D 92 38516 3543428Urbano JaB D 92 49223 4528529Urbano SgD D 92 9331 858461.4Urbano JaB D 92 33043 3039980Urbano Sn D 92 8587 789988.6Urbano FrB D 92 93992 8647288Urbano JaD2 D 92 5290 486672Urbano SgD D 92 12838 1181102Urbano JaC D 92 32339 2975207Urbano JaC D 92 4352 400399.9Urbano JaD2 D 92 1711 157407Urbano FrA D 92 18767 1726527Urbano FrA D 92 41982 3862379Urbano Ca D 92 8317 765133.5Urbano SgD D 92 409 37618.76Urbano Ag D 92 112002 10304181Urbano Sa B 85 17284 1469145Urbano Sn D 92 30073 2766726Urbano DeF D 92 90454 8321741Urbano DeF D 92 10295 947178.9Urbano Lo D 92 222700 20488394Urbano DeD D 92 77576 7136976Urbano DeC D 92 599 55106.2Urbano Lo D 92 13745 1264505Urbano DeF D 92 18351 1688256Urbano DeD D 92 69872 6428241Urbano DeF D 92 102616 9440626Urbano AcE B 85 6715 570737.9Urbano DeF D 92 2096 192841.8Urbano DeC D 92 5396 496465.3Urbano DeD D 92 5826 535949.9Urbano AcE B 85 10310 876386.8Urbano JaC D 92 97919 9008589Urbano DeD D 92 2652 243987.9Urbano DeD D 92 6515 599420Urbano DeF D 92 3707 341051.9
---------------------------------------------------------------------------------------------------- Name: CH7 From Node: NODEE Length(m): 1600.00 Group: INACTIVE To Node: NODED Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.092 0.040 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: TRANSV-G TRANSV-G Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH8 From Node: NODED Length(m): 1200.00 Group: INACTIVE To Node: NODEC Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.040 0.032 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: TRANSV-F TRANSV-F Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH9 From Node: NODEC Length(m): 1200.00 Group: INACTIVE To Node: NODEB Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.032 0.256 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: TRANSV-E TRANSV-E Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO1 From Node: DS-116 Length(m): 1000.00 Group: VALLEY To Node: OCEAN Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -3.080 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-43 XS-43 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m):
Guanica Lagoon 100-yr Existing Condition Model and 1963 Event
---------------------------------------------------------------------------------------------------- Name: RLOCO10 From Node: SUSUA Length(m): 1400.00 Group: LOCO To Node: MAGUEYES Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 40.700 33.890 Flow: Both TClpInitZ(m): 50.000 45.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-13 XS-13 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO11 From Node: DS-DAM Length(m): 1050.00 Group: LOCO To Node: SUSUA Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 49.410 40.700 Flow: Both TClpInitZ(m): 60.000 50.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-1 XS-1 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO2 From Node: US-116 Length(m): 20.00 Group: VALLEY To Node: DS-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -2.130 Flow: Both TClpInitZ(m): 3.800 3.800 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-40 XS-40 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO3 From Node: FUNNEL Length(m): 2500.00 Group: VALLEY To Node: US-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -1.030 -2.130 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100
Guanica Lagoon 100-yr Existing Condition Model and 1963 Event
Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-38 XS-39 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO4 From Node: DS-332 Length(m): 400.00 Group: LOCO To Node: FUNNEL Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 4.220 3.660 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-35 XS-35 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO6 From Node: D-OLD116 Length(m): 1500.00 Group: LOCO To Node: US-332 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 11.950 5.920 Flow: Both TClpInitZ(m): 20.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-25 XS-25 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO7 From Node: U-OLD116 Length(m): 700.00 Group: LOCO To Node: D-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 15.330 11.950 Flow: Both TClpInitZ(m): 25.000 21.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-30 XS-30 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO8 From Node: PALOMAS Length(m): 2500.00 Group: LOCO To Node: U-OLD116 Count: 1
Guanica Lagoon 100-yr Existing Condition Model and 1963 Event
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 27.360 15.330 Flow: Both TClpInitZ(m): 40.000 35.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-22 XS-22 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO9 From Node: MAGUEYES Length(m): 2000.00 Group: LOCO To Node: PALOMAS Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 33.890 27.360 Flow: Both TClpInitZ(m): 45.000 40.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-16 XS-16 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: W116 From Node: US-116 Group: VALLEY To Node: DS-116 Flow: Both Count: 1 Type: Vertical: Paved Geometry: Irregular
---------------------------------------------------------------------------------------------------- Name: W332 From Node: US-332 Group: LOCO To Node: DS-332 Flow: Both Count: 1 Type: Vertical: Mavis Geometry: Irregular
Guanica Lagoon 100-yr Existing Condition Model and 1963 Event
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 100.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 12.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 48.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs ft ft ft ft2 hrs cfs hrs cfs
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs ft ft ft ft2 hrs cfs hrs cfs
---------------------------------------------------------------------------------------------------- Name: CH7 From Node: NODEE Length(m): 1600.00 Group: INACTIVE To Node: NODED Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.092 0.040 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: TRANSV-G TRANSV-G Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH8 From Node: NODED Length(m): 1200.00 Group: INACTIVE To Node: NODEC Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.040 0.032 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: TRANSV-F TRANSV-F Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH9 From Node: NODEC Length(m): 1200.00 Group: INACTIVE To Node: NODEB Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.032 0.256 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: TRANSV-E TRANSV-E Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO1 From Node: DS-116 Length(m): 1000.00 Group: VALLEY To Node: OCEAN Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -3.080 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-43 XS-43 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m):
---------------------------------------------------------------------------------------------------- Name: RLOCO10 From Node: SUSUA Length(m): 1400.00 Group: LOCO To Node: MAGUEYES Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 40.700 33.890 Flow: Both TClpInitZ(m): 50.000 45.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-13 XS-13 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO11 From Node: DS-DAM Length(m): 1050.00 Group: LOCO To Node: SUSUA Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 49.410 40.700 Flow: Both TClpInitZ(m): 60.000 50.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-1 XS-1 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO2 From Node: US-116 Length(m): 20.00 Group: VALLEY To Node: DS-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -2.130 Flow: Both TClpInitZ(m): 3.800 3.800 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-40 XS-40 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO3 From Node: FUNNEL Length(m): 2500.00 Group: VALLEY To Node: US-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -1.030 -2.130 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100
Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-38 XS-39 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO4 From Node: DS-332 Length(m): 400.00 Group: LOCO To Node: FUNNEL Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 4.220 3.660 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-35 XS-35 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO6 From Node: D-OLD116 Length(m): 1500.00 Group: LOCO To Node: US-332 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 11.950 5.920 Flow: Both TClpInitZ(m): 20.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-25 XS-25 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO7 From Node: U-OLD116 Length(m): 700.00 Group: LOCO To Node: D-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 15.330 11.950 Flow: Both TClpInitZ(m): 25.000 21.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-30 XS-30 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO8 From Node: PALOMAS Length(m): 2500.00 Group: LOCO To Node: U-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 27.360 15.330 Flow: Both TClpInitZ(m): 40.000 35.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-22 XS-22 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO9 From Node: MAGUEYES Length(m): 2000.00 Group: LOCO To Node: PALOMAS Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 33.890 27.360 Flow: Both TClpInitZ(m): 45.000 40.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-16 XS-16 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: W116 From Node: US-116 Group: VALLEY To Node: DS-116 Flow: Both Count: 1 Type: Vertical: Paved Geometry: Irregular
---------------------------------------------------------------------------------------------------- Name: W332 From Node: US-332 Group: LOCO To Node: DS-332 Flow: Both Count: 1 Type: Vertical: Mavis Geometry: Irregular
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 48.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Name: RLOCO1 From Node: DS-116 Length(m): 1000.00 Group: VALLEY To Node: OCEAN Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -3.080 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-43 XS-43 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO10 From Node: SUSUA Length(m): 1400.00 Group: LOCO To Node: MAGUEYES Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 40.700 33.890 Flow: Both TClpInitZ(m): 50.000 45.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-13 XS-13 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m):
---------------------------------------------------------------------------------------------------- Name: RLOCO2 From Node: US-116 Length(m): 20.00 Group: VALLEY To Node: DS-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -2.130 Flow: Both TClpInitZ(m): 3.800 3.800 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-40 XS-40 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO3 From Node: LAGOON Length(m): 2500.00 Group: VALLEY To Node: US-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -1.030 -2.130 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-38 XS-39 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO4 From Node: DS-332 Length(m): 400.00 Group: LOCO To Node: FUNNEL Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 4.020 3.660 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-35 XS-35 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO6 From Node: D-OLD116 Length(m): 1500.00 Group: LOCO To Node: US-332 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 11.950 5.920 Flow: Both TClpInitZ(m): 20.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100
Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-25 XS-25 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO7 From Node: U-OLD116 Length(m): 700.00 Group: LOCO To Node: D-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 15.330 11.950 Flow: Both TClpInitZ(m): 25.000 21.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-30 XS-30 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO8 From Node: PALOMAS Length(m): 2500.00 Group: LOCO To Node: U-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 27.360 15.330 Flow: Both TClpInitZ(m): 40.000 35.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-22 XS-22 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO9 From Node: MAGUEYES Length(m): 2000.00 Group: LOCO To Node: PALOMAS Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 33.890 27.360 Flow: Both TClpInitZ(m): 45.000 40.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-16 XS-16 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: W116 From Node: US-116 Group: VALLEY To Node: DS-116 Flow: Both Count: 1 Type: Vertical: Paved Geometry: Irregular
---------------------------------------------------------------------------------------------------- Name: W332 From Node: US-332 Group: LOCO To Node: DS-332 Flow: Both Count: 1 Type: Vertical: Mavis Geometry: Irregular
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 100.0000 Boundary Stages: Boundary Flows:
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-IJ XS-IJ Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH3 From Node: NODEI Length(m): 3000.00 Group: INACTIVE To Node: NODEH Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 1.200 0.800 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-HI XS-HI Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH4 From Node: NODEH Length(m): 1200.00 Group: INACTIVE To Node: NODEG Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.800 0.500 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-GH XS-GH Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH5 From Node: NODEG Length(m): 1800.00 Group: INACTIVE To Node: NODEF Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.500 0.290 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-FG XS-FG Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
Guanica Lagoon Proposed Condition Starting Water Surface Elevation at 2.7 m-msl
Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO1 From Node: DS-116 Length(m): 1000.00 Group: VALLEY To Node: OCEAN Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -3.080 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-43 XS-43 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO10 From Node: SUSUA Length(m): 1400.00 Group: LOCO To Node: MAGUEYES Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 40.700 33.890 Flow: Both TClpInitZ(m): 50.000 45.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-13 XS-13 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO11 From Node: DS-DAM Length(m): 1050.00 Group: LOCO To Node: SUSUA Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 49.410 40.700 Flow: Both TClpInitZ(m): 60.000 50.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-1 XS-1 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO2 From Node: US-116 Length(m): 20.00 Group: VALLEY To Node: DS-116 Count: 1
Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-40 XS-40 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO3 From Node: FUNNEL Length(m): 2500.00 Group: VALLEY To Node: US-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -1.030 -2.130 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-38 XS-39 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO4 From Node: DS-332 Length(m): 400.00 Group: LOCO To Node: FUNNEL Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 4.220 3.660 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-35 XS-35 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO6 From Node: D-OLD116 Length(m): 1500.00 Group: LOCO To Node: US-332 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 11.950 5.920 Flow: Both TClpInitZ(m): 20.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-25 XS-25 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
Guanica Lagoon Proposed Condition Starting Water Surface Elevation at 2.7 m-msl
---------------------------------------------------------------------------------------------------- Name: RLOCO7 From Node: U-OLD116 Length(m): 700.00 Group: LOCO To Node: D-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 15.330 11.950 Flow: Both TClpInitZ(m): 25.000 21.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-30 XS-30 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO8 From Node: PALOMAS Length(m): 2500.00 Group: LOCO To Node: U-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 27.360 15.330 Flow: Both TClpInitZ(m): 40.000 35.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-22 XS-22 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO9 From Node: MAGUEYES Length(m): 2000.00 Group: LOCO To Node: PALOMAS Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 33.890 27.360 Flow: Both TClpInitZ(m): 45.000 40.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-16 XS-16 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: W116 From Node: US-116 Group: VALLEY To Node: DS-116 Flow: Both Count: 1 Type: Vertical: Paved Geometry: Irregular
---------------------------------------------------------------------------------------------------- Name: W332 From Node: US-332 Group: LOCO To Node: DS-332 Flow: Both Count: 1 Type: Vertical: Mavis Geometry: Irregular
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 100.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 12.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 48.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-IJ XS-IJ Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH3 From Node: NODEI Length(m): 3000.00 Group: INACTIVE To Node: NODEH Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 1.200 0.800 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-HI XS-HI Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH4 From Node: NODEH Length(m): 1200.00 Group: INACTIVE To Node: NODEG Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.800 0.500 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-GH XS-GH Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH5 From Node: NODEG Length(m): 1800.00 Group: INACTIVE To Node: NODEF Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.500 0.290 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-FG XS-FG Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
Guanica Lagoon Propsed ConditionStarting Water Surface Elevation at 3.1 m-msl
Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO1 From Node: DS-116 Length(m): 1000.00 Group: VALLEY To Node: OCEAN Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -3.080 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-43 XS-43 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO10 From Node: SUSUA Length(m): 1400.00 Group: LOCO To Node: MAGUEYES Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 40.700 33.890 Flow: Both TClpInitZ(m): 50.000 45.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-13 XS-13 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO11 From Node: DS-DAM Length(m): 1050.00 Group: LOCO To Node: SUSUA Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 49.410 40.700 Flow: Both TClpInitZ(m): 60.000 50.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-1 XS-1 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO2 From Node: US-116 Length(m): 20.00 Group: VALLEY To Node: DS-116 Count: 1
Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-40 XS-40 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO3 From Node: FUNNEL Length(m): 2500.00 Group: VALLEY To Node: US-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -1.030 -2.130 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-38 XS-39 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO4 From Node: DS-332 Length(m): 400.00 Group: LOCO To Node: FUNNEL Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 4.220 3.660 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-35 XS-35 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO6 From Node: D-OLD116 Length(m): 1500.00 Group: LOCO To Node: US-332 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 11.950 5.920 Flow: Both TClpInitZ(m): 20.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-25 XS-25 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
Guanica Lagoon Propsed ConditionStarting Water Surface Elevation at 3.1 m-msl
---------------------------------------------------------------------------------------------------- Name: RLOCO7 From Node: U-OLD116 Length(m): 700.00 Group: LOCO To Node: D-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 15.330 11.950 Flow: Both TClpInitZ(m): 25.000 21.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-30 XS-30 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO8 From Node: PALOMAS Length(m): 2500.00 Group: LOCO To Node: U-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 27.360 15.330 Flow: Both TClpInitZ(m): 40.000 35.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-22 XS-22 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO9 From Node: MAGUEYES Length(m): 2000.00 Group: LOCO To Node: PALOMAS Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 33.890 27.360 Flow: Both TClpInitZ(m): 45.000 40.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-16 XS-16 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: W116 From Node: US-116 Group: VALLEY To Node: DS-116 Flow: Both Count: 1 Type: Vertical: Paved Geometry: Irregular
---------------------------------------------------------------------------------------------------- Name: W332 From Node: US-332 Group: LOCO To Node: DS-332 Flow: Both Count: 1 Type: Vertical: Mavis Geometry: Irregular
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 100.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 12.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 48.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-IJ XS-IJ Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH3 From Node: NODEI Length(m): 3000.00 Group: INACTIVE To Node: NODEH Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 1.200 0.800 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-HI XS-HI Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH4 From Node: NODEH Length(m): 1200.00 Group: INACTIVE To Node: NODEG Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.800 0.500 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-GH XS-GH Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: CH5 From Node: NODEG Length(m): 1800.00 Group: INACTIVE To Node: NODEF Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 0.500 0.290 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-FG XS-FG Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
Guanica Lagoon Propsed ConditionStarting Water Surface Elevation at 3.4 m-msl
Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO1 From Node: DS-116 Length(m): 1000.00 Group: VALLEY To Node: OCEAN Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -2.130 -3.080 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-43 XS-43 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO10 From Node: SUSUA Length(m): 1400.00 Group: LOCO To Node: MAGUEYES Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 40.700 33.890 Flow: Both TClpInitZ(m): 50.000 45.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-13 XS-13 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO11 From Node: DS-DAM Length(m): 1050.00 Group: LOCO To Node: SUSUA Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 49.410 40.700 Flow: Both TClpInitZ(m): 60.000 50.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-1 XS-1 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO2 From Node: US-116 Length(m): 20.00 Group: VALLEY To Node: DS-116 Count: 1
Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-40 XS-40 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO3 From Node: FUNNEL Length(m): 2500.00 Group: VALLEY To Node: US-116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): -1.030 -2.130 Flow: Both TClpInitZ(m): 10.000 10.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-38 XS-39 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO4 From Node: DS-332 Length(m): 400.00 Group: LOCO To Node: FUNNEL Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 4.220 3.660 Flow: Both TClpInitZ(m): 15.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-35 XS-35 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO6 From Node: D-OLD116 Length(m): 1500.00 Group: LOCO To Node: US-332 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 11.950 5.920 Flow: Both TClpInitZ(m): 20.000 15.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-25 XS-25 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
Guanica Lagoon Propsed ConditionStarting Water Surface Elevation at 3.4 m-msl
---------------------------------------------------------------------------------------------------- Name: RLOCO7 From Node: U-OLD116 Length(m): 700.00 Group: LOCO To Node: D-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 15.330 11.950 Flow: Both TClpInitZ(m): 25.000 21.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-30 XS-30 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO8 From Node: PALOMAS Length(m): 2500.00 Group: LOCO To Node: U-OLD116 Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 27.360 15.330 Flow: Both TClpInitZ(m): 40.000 35.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-22 XS-22 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: RLOCO9 From Node: MAGUEYES Length(m): 2000.00 Group: LOCO To Node: PALOMAS Count: 1
UPSTREAM DOWNSTREAM Friction Equation: Average Conveyance Geometry: Irregular Irregular Solution Algorithm: Automatic Invert(m): 33.890 27.360 Flow: Both TClpInitZ(m): 45.000 40.000 Contraction Coef: 0.000 Manning's N: Expansion Coef: 0.000 Top Clip(m): Entrance Loss Coef: 0.100 Bot Clip(m): Exit Loss Coef: 0.100 Main XSec: XS-16 XS-16 Outlet Ctrl Spec: Use dc or tw AuxElev1(m): 0.000 0.000 Inlet Ctrl Spec: Use dn Aux XSec1: Stabilizer Option: None AuxElev2(m): 0.000 0.000 Aux XSec2: Top Width(m): Depth(m): Bot Width(m): LtSdSlp(h/v): RtSdSlp(h/v):
---------------------------------------------------------------------------------------------------- Name: W116 From Node: US-116 Group: VALLEY To Node: DS-116 Flow: Both Count: 1 Type: Vertical: Paved Geometry: Irregular
---------------------------------------------------------------------------------------------------- Name: W332 From Node: US-332 Group: LOCO To Node: DS-332 Flow: Both Count: 1 Type: Vertical: Mavis Geometry: Irregular
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 24.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 100.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 12.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Execute: Yes Restart: No Patch: No Alternative: No
Max Delta Z(m): 0.30 Delta Z Factor: 0.01000 Time Step Optimizer: 0.000 Start Time(hrs): 0.000 End Time(hrs): 48.00 Min Calc Time(sec): 0.5000 Max Calc Time(sec): 60.0000 Boundary Stages: Boundary Flows:
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms
Max Time Max Warning Max Delta Max Surf Max Time Max Max Time Max Name Group Simulation Stage Stage Stage Stage Area Inflow Inflow Outflow Outflow hrs m m m m2 hrs cms hrs cms